Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.
Habitat importance score: {Pixel Value}
Use: Victorian native vegetation removal regulations.
Higher values (range 1 to 100) indicate higher likelihood of important habitat. In unranked HIMs, a single value of 100 indicates habitat of equal importance.
This location has a habitat importance score of {Pixel Value}.
HIMs are used in the operation of the Victorian native vegetation removal regulations. Most HIMs contain values ranked between 1 and 100, with higher values indicating a higher likelihood of important habitat. Some HIMs are unranked, and contain a single value of 100, where all habitat is of equal importance.