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

Keyphrases

• Arid Ecosystems 100%
• Shortwave 100%
• Canopy Shape 100%
• Tissue Factor 100%
• Landscape Factors 100%
• Hyperspectral Reflectance 100%
• Pixel-level 100%
• Vegetation Change 66%
• Land Cover 66%
• Infrared Imaging Spectrometer 66%
• Vegetation Condition 66%
• Visible Imaging 66%
• Land Use 33%
• Arid Lands 33%
• Arid Environment 33%
• Wood 33%
• New Mexico 33%
• Chihuahuan Desert 33%
• Climate Variability 33%
• Moderate Resolution Imaging Spectroradiometer (MODIS) 33%
• Absorption Feature 33%
• Bare Soil 33%
• Spectral Range 33%
• Subtle Change 33%
• High Spectral Resolution 33%
• Relative Impact 33%
• Vegetation Type 33%
• Plant Composition 33%
• Plant Material 33%
• Landsat Thematic Mapper 33%
• Spectral Properties 33%
• Whole Plant 33%
• Spectral Indices 33%
• Leaf Level 33%
• Plant Phenology 33%
• Plant Canopy 33%
• Vegetation Distribution 33%
• Soil Factors 33%
• Resource Variation 33%
• Green Foliage 33%
• Standing Litter 33%
• Photon Transport Model 33%
• Normalized Vegetation Index 33%
• Land Remote Sensing 33%
• Vegetation Factors 33%
• Foliar Optical Properties 33%
• Optical Channel 33%

Earth and Planetary Sciences

• Reflectance 100%
• Land Cover 50%
• Arid Environment 25%
• Arid Land 25%
• Climate Variation 25%
• MODIS 25%
• New Mexico 25%
• Spectral Resolution 25%
• Landsat Thematic Mapper 25%
• Bare Soil 25%
• Vegetation Type 25%
• Vegetation Index 25%
• Transport Theory 25%
• Land Use 25%
• Remote Sensing 25%
• Optical Property 25%
• Absorption 25%