Hyperspectral remote sensing of canopy biodiversity in Hawaiian lowland rainforests

Agriculture & Biology

• remote sensing 100%
• rain forests 84%
• lowlands 80%
• species richness 73%
• biodiversity 69%
• canopy 68%
• wavelengths 40%
• image analysis 35%
• lowland forests 34%
• spectrometers 31%
• nitrogen content 27%
• research policy 23%
• research management 21%
• water content 20%
• forest reserves 17%
• leaf analysis 17%
• forest ecosystems 16%
• spatial variation 15%
• tropical forests 15%
• woody plants 15%
• vascular plants 14%
• reflectance 14%
• spectroscopy 12%
• regression analysis 12%
• physical properties 11%
• physicochemical properties 11%
• chemical derivatives 10%
• pigments 10%
• chlorophyll 10%
• organisms 8%

Earth & Environmental Sciences

• rainforest 92%
• species richness 73%
• canopy 69%
• biodiversity 62%
• remote sensing 54%
• wavelength 32%
• spectrometer 24%
• water content 22%
• tropical forest ecosystem 22%
• forest reserve 18%
• policy development 17%
• nitrogen 17%
• vascular plant 16%
• biological diversity 16%
• pigment 13%
• chlorophyll 13%
• plant species 12%
• chemical property 12%
• regression analysis 12%
• reflectance 12%
• spectroscopy 12%
• spatial variation 11%
• physical property 11%
• spatial resolution 11%
• organism 9%
• analysis 3%

Chemical Compounds

• Infrared Imaging 83%
• Wavelength 60%
• Nitrogen 34%
• Ecosystem 34%
• Chlorophyll 31%
• Leaf Like Crystal 24%
• Shape 18%
• Spectroscopy 18%