Automated detection of thermoerosion in permafrost ecosystems using temporally dense Landsat image stacks

Earth & Environmental Sciences

• permafrost ecosystem 100%
• permafrost 55%
• stack 51%
• Landsat 49%
• detection 33%
• lake 27%
• degradation 24%
• snow 15%
• remote sensing 12%
• gully 10%
• snowmelt 10%
• snow cover 9%
• annual variation 9%
• product 9%
• sediment 9%
• engine 8%
• shoreline 8%
• turbidity 8%
• water body 8%
• preserve 8%
• persistence 8%
• plume 7%
• imagery 7%
• attribute 7%
• drainage 6%
• spatial distribution 6%
• erosion 6%
• ice 6%
• ecosystem 5%
• climate change 5%
• carbon 5%
• trend 4%

Agriculture & Biology

• permafrost 86%
• Landsat 80%
• ecosystems 42%
• lakes 38%
• lowlands 35%
• degradation 34%
• remote sensing 21%
• snow 21%
• sediments 17%
• snowmelt 13%
• ravines 13%
• snowpack 12%
• shorelines 12%
• space and time 10%
• turbidity 10%
• engines 9%
• meters (equipment) 9%
• body water 9%
• ice 9%
• drainage 9%
• preserves 8%
• climate change 7%
• spatial distribution 7%
• carbon 6%
• duration 6%