Multisensor models for assessing recurrent fire compatibility with habitat recovery for a critically endangered species

Agriculture & Biology

• endangered species 90%
• habitats 52%
• Colinus virginianus ridgwayi 52%
• lidar 39%
• fire history 26%
• fire frequency 24%
• Colinus virginianus 23%
• grasslands 21%
• artificial intelligence 19%
• woody plants 17%
• deserts 15%
• vegetation 12%
• wildlife habitats 11%
• hydrology 11%
• biological assessment 10%
• primary productivity 9%
• remote sensing 9%
• herbaceous plants 9%
• arid lands 8%
• topography 8%
• wildlife 8%
• land use 8%
• conservation areas 7%
• sensors (equipment) 7%
• grazing 6%
• livestock 6%
• climate 6%
• drought 6%
• predators 6%
• prediction 5%
• monitoring 5%
• heat 4%

Earth & Environmental Sciences

• endangered species 100%
• habitat 56%
• WorldView 40%
• fire history 21%
• grassland 20%
• woody plant 20%
• machine learning 16%
• detection 14%
• wildlife 14%
• desert 13%
• arid land 10%
• habitat structure 10%
• site effect 10%
• wildlife habitat 9%
• vegetation 9%
• herb 8%
• refuge 8%
• livestock 7%
• satellite imagery 7%
• grazing 7%
• predator 7%
• hydrology 6%
• drought 6%
• scanning electron microscopy 6%
• topography 5%
• disturbance 5%
• productivity 5%
• sensor 5%
• land use 5%
• remote sensing 5%
• history 4%
• climate 4%
• need 4%
• monitoring 4%
• prediction 4%
• comparison 3%
• effect 1%