共 13 条
- [1] Estimating the foliar biochemicalconcentration of leaves with reflectance spectrometry:testing the Kokalyand Clark methodologies. Curran P J,Dungan J L,Peterson D L. Remote Sensing of Environment . 2001
- [2] Ratio analysis of reflectancespectra(PARS):an algorithm for the remote estimation of theconcentrations of chlorophyll a,chlorophyll b,and carotenoids in soybeanleaves. Chappelle E W,Kim M S,McMurtrey J E. Remote Sensing of Environment . 1992
- [3] The red edge position and shape as indicators ofplant chlorophyll content,biomass and hydric status. Filella D,Penuelas J. International Journal of Remote Sensing . 1994
- [4] Quantitative characterization of thevegetation red edge reflectance model. Miller J R,Hare E W,Wu J. International Journal of Remote Sensing . 1990
- [5] Hyperspectral vegetation indicesand their relationships with agricultural crop characteristics. Thenkabail P S,Smith R B,Pauw E D. RemoteSensing Environ . 2000
- [6] Predicting nitrogen and chlorophyllconcentrations from reflectance spectra(400 2500 nm)at leaf andcanopy scales. Yoder,B J,Pettigrew-Crosby R E. Remote Sensing of Environment . 1995
- [7] Comparison ofin situand airbornespectral measurements of the blue shift associated with forest decline. Rock B N,Hoshizaki T,Miller J R. Remote Sensing of Environment . 1988
- [8] Numerical procedures and computer program forfitting an inverted Gaussian model to vegetation reflectance data. Bonham-Carter G F. Computers and Geosciences . 1988
- [9] Remote sensing of broom snakeweed(Gutierrezia sarothrae)and spiny aster(Aster spinosus). Everitt J H,Pettit R D,Alaniz,M A. Weed Science . 1987
- [10] Grass chlorophyll and the reflectance red edge. Pinar A. International Journal of Remote Sensing . 1996