A number of field techniques were assessed on their reliability for estimating vegetation cover in Australian rangelands. The field sampling was undertaken using visual estimation, line intercepts, a crown cover model, and images acquired from a digital camera. The results from these methods were compared and analysed. The data obtained from these differing methods agree with each other in relative rather than absolute terms. This suggests that the methods can provide a reasonable basis for qualitative remote sensing studies, but are not suitable for quantitative investigations
This paper presents a new method for the use of earth-observation images to assess relative land con...
Remotely sensed ground cover data play an important role in Australian rangelands research developme...
The accurate monitoring of vegetation cover of globally extensive arid and semi-arid environments is...
This paper reports a recent research project that focused on improving field techniques for vegetati...
Accurate field estimation of vegetation cover is essential for any improvements in rangeland vegetat...
Accurate field estimation of vegetation cover is essential for any improvements in rangeland vegetat...
Models to calibrate tree and shrub cover assessed from aerial photography with field measurements we...
Ground cover is a key indicator of rangeland condition and influences rangeland management decisions...
There is a significant need to provide nationwide consistent information for land managers and scien...
During time of fast development of computer and sensor technology, ground data sampling strategies h...
Woody vegetation cover interpreted from aerial photography requires assessment against field data as...
Here, we compare the efficiency and accuracy of remote sensing and plot-based methods for measuring ...
Vegetation indices are widely used for assessing and monitoring ecological variables such as vegetat...
Government agencies are subject to increasing public scrutiny of land management practices. Conseque...
We describe a method of close-range vertical photography and digital image analysis for measuring ch...
This paper presents a new method for the use of earth-observation images to assess relative land con...
Remotely sensed ground cover data play an important role in Australian rangelands research developme...
The accurate monitoring of vegetation cover of globally extensive arid and semi-arid environments is...
This paper reports a recent research project that focused on improving field techniques for vegetati...
Accurate field estimation of vegetation cover is essential for any improvements in rangeland vegetat...
Accurate field estimation of vegetation cover is essential for any improvements in rangeland vegetat...
Models to calibrate tree and shrub cover assessed from aerial photography with field measurements we...
Ground cover is a key indicator of rangeland condition and influences rangeland management decisions...
There is a significant need to provide nationwide consistent information for land managers and scien...
During time of fast development of computer and sensor technology, ground data sampling strategies h...
Woody vegetation cover interpreted from aerial photography requires assessment against field data as...
Here, we compare the efficiency and accuracy of remote sensing and plot-based methods for measuring ...
Vegetation indices are widely used for assessing and monitoring ecological variables such as vegetat...
Government agencies are subject to increasing public scrutiny of land management practices. Conseque...
We describe a method of close-range vertical photography and digital image analysis for measuring ch...
This paper presents a new method for the use of earth-observation images to assess relative land con...
Remotely sensed ground cover data play an important role in Australian rangelands research developme...
The accurate monitoring of vegetation cover of globally extensive arid and semi-arid environments is...