-
Trends of Land Surface Change from Landsat time-series 1999-2014, Western Siberia, UTM Zone 43N, 58°N - 60°N (RU)
The Hot Spot Regions of Permafrost Change (HRPC) product maps changes in surface characteristics using the full Landsat archive (TM, ETM+, OLI) for the peak summer season (July,...
-
Trends of Land Surface Change from Landsat time-series 1999-2014, Western Siberia, UTM Zone 42N, 72°N - 74°N (RU)
The Hot Spot Regions of Permafrost Change (HRPC) product maps changes in surface characteristics using the full Landsat archive (TM, ETM+, OLI) for the peak summer season (July,...
-
Trends of Land Surface Change from Landsat time-series 1999-2014, Western Siberia, UTM Zone 42N, 70°N - 72°N (RU)
The Hot Spot Regions of Permafrost Change (HRPC) product maps changes in surface characteristics using the full Landsat archive (TM, ETM+, OLI) for the peak summer season (July,...
-
Trends of Land Surface Change from Landsat time-series 1999-2014, Western Siberia, UTM Zone 42N, 68°N - 70°N (RU)
The Hot Spot Regions of Permafrost Change (HRPC) product maps changes in surface characteristics using the full Landsat archive (TM, ETM+, OLI) for the peak summer season (July,...
-
Trends of Land Surface Change from Landsat time-series 1999-2014, Western Siberia, UTM Zone 42N, 66°N - 68°N (RU)
The Hot Spot Regions of Permafrost Change (HRPC) product maps changes in surface characteristics using the full Landsat archive (TM, ETM+, OLI) for the peak summer season (July,...
-
Trends of Land Surface Change from Landsat time-series 1999-2014, Western Siberia, UTM Zone 42N, 64°N - 66°N (RU)
The Hot Spot Regions of Permafrost Change (HRPC) product maps changes in surface characteristics using the full Landsat archive (TM, ETM+, OLI) for the peak summer season (July,...
-
Trends of Land Surface Change from Landsat time-series 1999-2014, Western Siberia, UTM Zone 42N, 62°N - 64°N (RU)
The Hot Spot Regions of Permafrost Change (HRPC) product maps changes in surface characteristics using the full Landsat archive (TM, ETM+, OLI) for the peak summer season (July,...
-
Trends of Land Surface Change from Landsat time-series 1999-2014, Western Siberia, UTM Zone 42N, 60°N - 62°N (RU)
The Hot Spot Regions of Permafrost Change (HRPC) product maps changes in surface characteristics using the full Landsat archive (TM, ETM+, OLI) for the peak summer season (July,...
-
Trends of Land Surface Change from Landsat time-series 1999-2014, Western Siberia, UTM Zone 42N, 58°N - 60°N (RU)
The Hot Spot Regions of Permafrost Change (HRPC) product maps changes in surface characteristics using the full Landsat archive (TM, ETM+, OLI) for the peak summer season (July,...
-
Vegetation Height from Sentinel-1 and Sentinel-2, 2015-2018, Seward peninsula, Alaska (US)
Vegetation height has been derived from Sentinel-1 satellite data acquired in VV mode with a resolution of 20 m. Vegetation height was estimated using an empirical model on...
-
Vegetation Height from Sentinel1 and Sentinel-2, 2016-2018, Barrow, Alaska (US)
Vegetation height has been derived from Sentinel-1 satellite data acquired in VV mode with a resolution of 20 m. Vegetation height was estimated using an empirical model on...
-
Vegetation Height from Sentinel-1 and Sentinel-2, 2016-2018, Toolik, Alaska (US)
Vegetation height has been derived from Sentinel-1 satellite data acquired in VV mode with a resolution of 20 m. Vegetation height was estimated using an empirical model on...
-
Vegetation Height from Sentinel-1 and Sentinel-2, 2016-2018, Mackenzie Delta, Beaufort Sea Region (CA)
Vegetation height has been derived from Sentinel-1 satellite data acquired in VV mode with a resolution of 20 m. Vegetation height was estimated using an empirical model on...
-
Vegetation Height from Sentinel-1 and Sentinel-2, 2016-2018, Umiuaq, Quebec-Labrador (CA)
Vegetation height has been derived from Sentinel-1 satellite data acquired in VV mode with a resolution of 20 m. Vegetation height was estimated using an empirical model on...
-
Vegetation Height from Sentinel-1 and Sentinel-2, 2016-2018, Lena Delta, Laptev and East Siberian Sea Region (RU)
Vegetation height has been derived from Sentinel-1 satellite data acquired in VV mode with a resolution of 20 m. Vegetation height was estimated using an empirical model on...
-
Vegetation Height from Sentinel-1 and Sentinel-2, 2016-2018, Western Siberia (RU)
Vegetation height has been derived from Sentinel-1 satellite data acquired in VV mode with a resolution of 20 m. Vegetation height was estimated using an empirical model on...
-
Ground Temperature Map, 2000-2017, Antarctic
The product provides modeled mean annual ground temperatures (MAGT) at the top of the permafrost for Antarctica and Subantarctic islands at 1 km spatial resolution. Permafrost...
-
Ground Temperature Map, 2000-2016, Andes
The product provides modeled mean annual ground temperatures (MAGT) at the top of the permafrost for Andes at 1 km spatial resolution. Permafrost probability (fraction values...
-
Ground Temperature Map, 2000-2016, East African Plateau
The product provides modeled mean annual ground temperatures (MAGT) at the top of the permafrost for the East African Plateau at 1 km spatial resolution. Permafrost probability...
-
Rockglacier and Slope Instability Inventory from differential SAR interferograms and optical imagery, 1998-2016,...
Rockglaciers and other periglacial processes were mapped using visual analysis of differential SAR interferograms and satellite optical images (Google Satellite, Bing Aerial)...
