A remote sensing approach to the quantification of local to global scale social-ecological impacts of anthropogenic landscape changes

Earth & Environmental Sciences

• landscape change 100%
• ecological impact 96%
• land cover 70%
• urban sprawl 57%
• remote sensing 55%
• land surface 54%
• heat island 52%
• surface temperature 51%
• degradation 41%
• vegetation index 39%
• ecosystem service 28%
• built-up area 27%
• permeability 26%
• imagery 24%
• wetland 24%
• urban area 23%
• vegetation 23%
• entropy 21%
• Landsat 20%
• soil 20%
• human activity 18%
• productivity 16%
• aquaculture 15%
• urban planning 15%
• NDVI 14%
• water table 14%
• subsidence 13%
• land 13%
• urbanization 13%
• agricultural land 12%
• surface area 12%
• temperature 11%
• aquifer 11%
• climate regulation 11%
• swamp forest 10%
• longwall mining 10%
• ground movement 10%
• urban settlement 10%
• hydrological change 10%
• riparian forest 9%
• human well-being 9%
• planning 9%
• habitat 9%
• riparian zone 9%
• groundwater 9%
• wetlands ecosystem 9%
• climate variation 9%
• coastal wetland 9%
• economics 9%
• erosion control 9%
• vegetation dynamics 9%
• city 8%
• nutrient cycling 8%
• environmental degradation 8%
• image classification 8%
• project 8%
• ecosystem function 8%
• human population 7%
• recreation 7%
• medicine 7%
• environmental management 7%
• temperature change 7%
• textile 7%
• peat 7%
• population growth 7%
• tourism 7%
• satellite image 7%
• shoreline 6%
• cavity 6%
• environmental change 6%
• collision 6%
• socioeconomics 6%
• fishery 6%
• flooding 6%
• mitigation 6%
• fold 5%
• agriculture 5%
• regulation 5%
• sensor 5%
• substrate 5%
• pollution 5%
• climate change 4%
• methodology 4%
• resource 4%
• loss 4%
• monitoring 4%
• index 4%
• distribution 2%
• water 2%
• analysis 2%