Influence of species richness, evenness, and composition on optical diversity: A simulation study

Keyphrases

• Simulation Study 100%
• Optical Diversity 100%
• Species Composition 100%
• Species Evenness 100%
• Species Richness 100%
• Biodiversity 33%
• Diversity Measure 33%
• Coefficient of Variation 33%
• Partial Least Squares Discriminant Analysis (PLS-DA) 33%
• Biodiversity Assessment 33%
• Spectral Reflectance 22%
• Remote Sensing 22%
• Leaf Traits 22%
• Soil Background 22%
• Minnesota 11%
• Prairie 11%
• Area Studies 11%
• Sampling Methods 11%
• Modeling Approach 11%
• Relative Contribution 11%
• High Spatial Resolution 11%
• Prairie Ecosystems 11%
• Cedar Creek Ecosystem Science Reserve 11%
• Classification Methods 11%
• Trait Structure 11%
• Canopy Structure 11%
• Strong Correlation 11%
• Confounding 11%
• Species Diversity 11%
• Canopy Shape 11%
• Imaging Spectrometer 11%
• Single Species 11%
• High Spectral Resolution 11%
• Spectral Variability 11%
• Species Variation 11%
• Image Level 11%
• Plot Level 11%
• Spectral Classification 11%
• Leaf Canopy 11%
• Hyperspectral Reflectance 11%
• Ecosystem Experiment 11%
• Remote Estimation 11%
• Shannon Index 11%
• Tram 11%
• Derived Data 11%
• Metric Coefficients 11%
• Field Spectrometer 11%

Earth and Planetary Sciences

• Species Richness 100%
• Discriminant Analysis 60%
• Spectral Reflectance 40%
• Species Evenness 40%
• Spectrometer 40%
• Remote Sensing 40%
• Minnesota 20%
• Spatial Resolution 20%
• Reflectance 20%
• Spectral Resolution 20%
• Species Diversity 20%