Impact of tissue, canopy, and landscape factors on the hyperspectral reflectance variability of arid ecosystems

Agriculture & Biology

• reflectance 100%
• land cover 86%
• canopy 79%
• ecosystems 74%
• vegetation 73%
• spectrometers 72%
• image analysis 54%
• moderate resolution imaging spectroradiometer 51%
• Landsat 46%
• Chihuahuan Desert 46%
• tissues 43%
• vegetation index 42%
• botanical composition 40%
• population distribution 39%
• optical properties 39%
• remote sensing 38%
• vegetation types 36%
• arid lands 35%
• dry environmental conditions 35%
• photons 33%
• soil 33%
• land use 31%
• phenology 30%
• leaves 28%
• climate 26%
• nutrients 19%
• water 13%

Earth & Environmental Sciences

• reflectance 85%
• canopy 80%
• tissue 71%
• vegetation 59%
• pixel 58%
• ecosystem 57%
• spectrometer 41%
• land cover 39%
• arid land 31%
• arid environment 28%
• foliage 27%
• bare soil 27%
• phenology 26%
• spectral resolution 26%
• Landsat thematic mapper 25%
• vegetation index 24%
• vegetation type 24%
• optical property 24%
• litter 23%
• MODIS 21%
• allocation 21%
• desert 20%
• land use 16%
• nutrient 16%
• remote sensing 15%
• resource 13%
• climate 13%
• index 12%
• soil 10%
• material 9%
• distribution 8%
• water 7%