hyperspectral remote sensing provides detail on biophysical variables related to forest ecosystem processes useful for tracking and predicting structure and function of vegetation considerable potential of laboratory spectrometry and near-range work in the field to derive stress indicators and changes in cholorphyll content has been demonstrated that includes a range of studies conducted on unique Australian vegetation types.
History
Citation
Chisholm, L. A. & Datt, B. (2006). Current applications of hyperspectral remote sensing in the discrimination of Australian Eucalypt species. International Journal of Geoinformatics, 2 (3), 51-62.