
Shrub Height from Sentinel2, Toolik, Alaska
Primary data source is Sentinel2. The cloud mask of the ‘fmask’ algorithm is applied as well as additional cloud detection by anomaly analyses. The latter is required as... 
Shrub Height from Sentinel2, Mackenzie Delta, Canada
Primary data source is Sentinel2. The cloud mask of the ‘fmask’ algorithm is applied as well as additional cloud detection by anomaly analyses. The latter is required as... 
Shrub Height from Sentinel2, Umiuaq, Canada
Primary data source is Sentinel2. The cloud mask of the ‘fmask’ algorithm is applied as well as additional cloud detection by anomaly analyses. The latter is required as... 
Shrub Height from Sentinel2, Kytalyk, Siberia
Primary data source is Sentinel2. The cloud mask of the ‘fmask’ algorithm is applied as well as additional cloud detection by anomaly analyses. The latter is required as... 
Shrub Height from Sentinel2, Lena Delta, Siberia
Primary data source is Sentinel2. The cloud mask of the ‘fmask’ algorithm is applied as well as additional cloud detection by anomaly analyses. The latter is required as... 
Shrub Height from Sentinel2, Disco Island, Greenland
Primary data source is Sentinel2. The cloud mask of the ‘fmask’ algorithm is applied as well as additional cloud detection by anomaly analyses. The latter is required as... 
Shrub Height from Sentinel2, Seward Peninsula, Alaska
Primary data source is Sentinel2. The cloud mask of the ‘fmask’ algorithm is applied as well as additional cloud detection by anomaly analyses. The latter is required as... 
Shrub Height from Sentinel2, Western Siberia, Northern Part
Primary data source is Sentinel2. The cloud mask of the ‘fmask’ algorithm is applied as well as additional cloud detection by anomaly analyses. The latter is required as... 
Shrub Height from Sentinel2, Western Siberia, Southern Part
Primary data source is Sentinel2. The cloud mask of the ‘fmask’ algorithm is applied as well as additional cloud detection by anomaly analyses. The latter is required as... 
Robust trends of landscape dynamics in the Arctic Lena Delta with temporally dense Landsat timeseries stacks
The robust TheilSen regression algorithm was used to calculate trend parameters (slope, intercept, confidence intervals) on Landsat timeseries stack in the northeast Siberian... 
HOT  [Zone 52N, Row 40 to 49] Robust trends of landscape dynamics in the permafrost region with temporally dense Lan...
The robust TheilSen regression algorithm was used to calculate trend parameters (slope, intercept, confidence intervals) on Landsat timeseries stack in large parts of the... 
HOT  [Zone 42N, Row 30 to 39] Robust trends of landscape dynamics in the permafrost region with temporally dense Lan...
The robust TheilSen regression algorithm was used to calculate trend parameters (slope, intercept, confidence intervals) on Landsat timeseries stack in large parts of the... 
HOT  [Zone 42N, Row 50 to 59] Robust trends of landscape dynamics in the permafrost region with temporally dense Lan...
The robust TheilSen regression algorithm was used to calculate trend parameters (slope, intercept, confidence intervals) on Landsat timeseries stack in large parts of the... 
HOT  [Zone 42N, Row 40 to 49] Robust trends of landscape dynamics in the permafrost region with temporally dense Lan...
The robust TheilSen regression algorithm was used to calculate trend parameters (slope, intercept, confidence intervals) on Landsat timeseries stack in large parts of the... 
HOT  [Zone 18N, Row 70 to 79] Robust trends of landscape dynamics in the permafrost region with temporally dense Lan...
The robust TheilSen regression algorithm was used to calculate trend parameters (slope, intercept, confidence intervals) on Landsat timeseries stack in large parts of the... 
HOT  [Zone 18N, Row 80 to 89] Robust trends of landscape dynamics in the permafrost region with temporally dense Lan...
The robust TheilSen regression algorithm was used to calculate trend parameters (slope, intercept, confidence intervals) on Landsat timeseries stack in large parts of the... 
HOT  [Zone 04N, Row 40 to 49] Robust trends of landscape dynamics in the permafrost region with temporally dense Lan...
The robust TheilSen regression algorithm was used to calculate trend parameters (slope, intercept, confidence intervals) on Landsat timeseries stack in large parts of the... 
HOT  [Zone 04N, Row 30 to 39] Robust trends of landscape dynamics in the permafrost region with temporally dense Lan...
The robust TheilSen regression algorithm was used to calculate trend parameters (slope, intercept, confidence intervals) on Landsat timeseries stack in large parts of the... 
HOT  [Zone 04N, Row 50 to 59] Robust trends of landscape dynamics in the permafrost region with temporally dense Lan...
The robust TheilSen regression algorithm was used to calculate trend parameters (slope, intercept, confidence intervals) on Landsat timeseries stack in large parts of the... 
HOT  [Zone 18N, Row 90 to 99] Robust trends of landscape dynamics in the permafrost region with temporally dense Lan...
The robust TheilSen regression algorithm was used to calculate trend parameters (slope, intercept, confidence intervals) on Landsat timeseries stack in large parts of the...