snow, glaciers and ice sheets products and services


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Ice velocity time series for Pine Island Glacier, Antarctica, 2014-2019
Parameters iceVelocity
Temporal Coverage 2014-10-10 to 2019-08-21
Release Date, Version 2020-03-10, 1.1
Producers / Owners ENVEO
Description Ice velocity time series for Pine Island Glacier, Antarctica, derived from Copernicus Sentinel-1 acquired from 2014 to 2019.



Calving Fronts Filchner-Ronne Ice Shelf, Antarctica
Parameters calvingFront
Temporal Coverage 2011-03-01 to 2018-02-28
Release Date, Version 2019-11-28, 1.0
Producers / Owners ENVEO
Description Calving Fronts of Filchner-Ronne Ice Shelf in Antarctica, derived by Canny edge detection using CryoSat-2 swath data acquired from 2011-2018. The digitized calving fronts are stored in ESRI vector shape-file format. Swath elevations are produced by applying a swath processing algorithm to L1b CryoSat SARIn mode products. The swath elevation products are available from the UK Polar Data Centre. See: Wuite et al. 2019


Surface Elevation Change Rate Southern Patagonian Icefield, 2012-2016
Parameters surfaceElevationChange
Temporal Coverage 2011-12-07 to 2015-12-31
Release Date, Version 2019-10-01, 1.0
Producers / Owners DLR
Description Surface Elevation Change (SEC) is a 1-layer geocoded GeoTIFF (GTiff) image of surface elevation change rate in meter per year [m/a] derived from the difference of two mosaics (new - old) of several TanDEM-X Raw DEMs as detailed in Abdel Jaber et al. (2019).


Surface Elevation Change Rate Southern Patagonian Icefield, 2000-2012
Parameters surfaceElevationChange
Temporal Coverage 2000-02-12 to 2012-03-26
Release Date, Version 2019-10-01, 1.0
Producers / Owners DLR
Description Surface Elevation Change (SEC) is a 1-layer geocoded GeoTIFF (GTiff) image of surface elevation change rate in meter per year [m/a] derived from the difference of two mosaics (new - old) of the SRTM DEM (2000) and several TanDEM-X Raw DEMs (2012) as detailed in Abdel Jaber et al. (2019).


Surface Elevation Change Rate Northern Patagonian Icefield, 2012-2016
Parameters surfaceElevationChange
Temporal Coverage 2012-02-05 to 2015-12-19
Release Date, Version 2019-10-01, 1.0
Producers / Owners DLR
Description Surface Elevation Change (SEC) is a 1-layer geocoded GeoTIFF (GTiff) image of surface elevation change rate in meter per year [m/a] derived from the difference of two mosaics (new - old) of several TanDEM-X Raw DEMs as detailed in Abdel Jaber et al. (2019).


Surface Elevation Change Rate Northern Patagonian Icefield, 2000-2012
Parameters surfaceElevationChange
Temporal Coverage 2000-02-12 to 2012-02-16
Release Date, Version 2019-10-01, 1.0
Producers / Owners DLR
Description Surface Elevation Change (SEC) is a 1-layer geocoded GeoTIFF (GTiff) image of surface elevation change rate in meter per year [m/a] derived from the difference of two mosaics (new - old) of the SRTM DEM (2000) and several TanDEM-X Raw DEMs (2012) as detailed in Abdel Jaber et al. (2019).


Ice velocity Southern Patagonian Icefield, 2014-2017
Parameters iceVelocity
Temporal Coverage 2014-11-01 to 2017-02-24
Release Date, Version 2019-09-12, v20190912
Producers / Owners ENVEO
Description Ice velocity mosaic of the Southern Patagonian Icefield, from TSX data acquired in 2016 and Copernicus Sentinel-1 data, averaged over the period Nov 2014 to Feb 2017, gridded at 200m. The dataformat is 3-layer GeoTiff, representing the horizontal easting and northing and vertical displacement (from DEM) component in output map coordinates and converted to meters per day [m/d] respectively. The projection is UTM zone 18S (EPSG: 32718). The velocity data is clipped to glacier outlines of 2017-02-04 (ENVEO, Patagonia Glacier Extent, 2017, v1.0, Glaciers CCI). A GeoTiff with the horizontal velocity magnitude and a quicklook is also provided.


Greenland Ice Sheet velocity map from Sentinel-1, 2017/2018
Parameters iceVelocity
Temporal Coverage 2017-10-01 to 2018-09-30
Release Date, Version 2019-07-04, 1.1
Producers / Owners ENVEO
Description Ice velocity map of Greenland derived from Copernicus Sentinel-1 SAR data acquired from 2017-10-01 to 2018-09-30. The ice velocity is provided at 250 m grid spacing in North Polar Stereographic projection (EPSG: 3413). The horizontal velocity is provided in true meters per day, towards EASTING(vx) and NORTHING(vy) direction of the grid. The vertical displacement (vz), derived from a digital elevation model (GIMP), is also provided. The product contains a 3-layer GeoTiff file with the velocity components (vx, vy, vz), along with maps showing the magnitude of the horizontal components, valid pixel count and uncertainty.



Greenland Ice Sheet velocity map from Sentinel-1, 2016/2017
Parameters iceVelocity
Temporal Coverage 2016-10-01 to 2017-09-30
Release Date, Version 2019-07-04, 1.1
Producers / Owners ENVEO
Description Ice velocity map of Greenland derived from Copernicus Sentinel-1 SAR data acquired from 2016-10-01 to 2017-09-30. The ice velocity is provided at 250 m grid spacing in North Polar Stereographic projection (EPSG: 3413). The horizontal velocity is provided in true meters per day, towards EASTING(vx) and NORTHING(vy) direction of the grid. The vertical displacement (vz), derived from a digital elevation model (GIMP), is also provided. The product contains a 3-layer GeoTiff file with the velocity components (vx, vy, vz), along with maps showing the magnitude of the horizontal components, valid pixel count and uncertainty.



Greenland Ice Sheet velocity map from Sentinel-1, 2015/2016
Parameters iceVelocity
Temporal Coverage 2015-10-01 to 2016-09-30
Release Date, Version 2019-07-04, 1.1
Producers / Owners ENVEO
Description Ice velocity map of Greenland derived from Copernicus Sentinel-1 SAR data acquired from 2015-10-01 to 2016-09-30. The ice velocity is provided at 250 m grid spacing in North Polar Stereographic projection (EPSG: 3413). The horizontal velocity is provided in true meters per day, towards EASTING(vx) and NORTHING(vy) direction of the grid. The vertical displacement (vz), derived from a digital elevation model (GIMP), is also provided. The product contains a 3-layer GeoTiff file with the velocity components (vx, vy, vz), along with maps showing the magnitude of the horizontal components, valid pixel count and uncertainty.



Greenland Ice Sheet velocity map from Sentinel-1, 2014/2015
Parameters iceVelocity
Temporal Coverage 2014-10-01 to 2015-09-30
Release Date, Version 2019-07-04, 1.1
Producers / Owners ENVEO
Description Ice velocity map of Greenland derived from Copernicus Sentinel-1 SAR data acquired from 2014-10-01 to 2015-09-30. The ice velocity is provided at 250 m grid spacing in North Polar Stereographic projection (EPSG: 3413). The horizontal velocity is provided in true meters per day, towards EASTING(vx) and NORTHING(vy) direction of the grid. The vertical displacement (vz), derived from a digital elevation model (GIMP), is also provided. The product contains a 3-layer GeoTiff file with the velocity components (vx, vy, vz), along with maps showing the magnitude of the horizontal components, valid pixel count and uncertainty.



Coastlines Larsen A-B ERS LANDSAT 1995-2012
Parameters coastline
Temporal Coverage 1995-10-10 to 2012-01-12
Release Date, Version 2018-04-18, 1.0
Producers / Owners ENVEO
Description Coastlines for Larsen A-B derived from ERS & LANDSAT images, 1995-2012 (manual digitisation).



Surface elevation change Larsen A 2013-2016
Parameters surfaceElevationChange
Temporal Coverage 2013-06-20 to 2016-07-27
Release Date, Version 2018-04-03, 1
Producers / Owners ENVEO , DLR
Description Surface elevation change (SEC m/a) June/July 2013 to July/August 2016 on glaciers of Larsen A embayment


Ice velocity 50m Larsen A-B TSX-S1 2016
Parameters iceVelocity
Temporal Coverage 2015-10-31 to 2016-12-11
Release Date, Version 2018-03-22, 1
Producers / Owners ENVEO
Description Ice velocity of Larsen A and B Glaciers, Antarctic Peninsula, from TSX-1 and TDX-1 data acquired in 2016. Gaps were filled with Sentinel-1 data. The dataformat is 3-layer GeoTiff: the first two layers represent the horizontal displacement component easting and northing respectively in output map coordinates and converted to meters per day [m/d]. The third layer represents the vertical velocity and is derived from the height difference along the displacement vector taken from a DEM. The 1-layer GeoTiff *_mag.tif contains the magnitude of ice velocity in m/d.


Ice velocity 50m Larsen A-B TSX-PALSAR 2011
Parameters iceVelocity
Temporal Coverage 2010-07-02 to 2012-03-09
Release Date, Version 2018-03-22, 1
Producers / Owners ENVEO
Description Ice velocity of Larsen A and B Glaciers, Antarctic Peninsula, from TSX-1 and TDX-1 data acquired in 2011. Gaps were filled with PALSAR data. The dataformat is 3-layer GeoTiff: the first two layers represent the horizontal displacement component easting and northing respectively in output map coordinates and converted to meters per day [m/d]. The third layer represents the vertical velocity and is derived from the height difference along the displacement vector taken from a DEM. The 1-layer GeoTiff *_mag.tif contains the magnitude of ice velocity in m/d.


Ice velocity 50m Larsen A-B TSX 2013
Parameters iceVelocity
Temporal Coverage 2013-07-22 to 2013-12-23
Release Date, Version 2018-03-22, 1
Producers / Owners ENVEO
Description Ice velocity of Larsen A and B Glaciers, Antarctic Peninsula, from TSX-1 and TDX-1 data acquired in 2013. The dataformat is 3-layer GeoTiff: the first two layers represent the horizontal displacement component easting and northing respectively in output map coordinates and converted to meters per day [m/d]. The third layer represents the vertical velocity and is derived from the height difference along the displacement vector taken from a DEM. The 1-layer GeoTiff *_mag.tif contains the magnitude of ice velocity in m/d.


Surface elevation change Larsen B 2013-2016
Parameters surfaceElevationChange
Temporal Coverage 2018-07-01 to 2016-07-27
Release Date, Version 2018-03-22, 1
Producers / Owners ENVEO , DLR
Description Surface elevation change (SEC m/a) June/July 2013 to July/August 2016 on glaciers of Larsen B embayment


Surface elevation change Larsen B 2011-2013
Parameters surfaceElevationChange
Temporal Coverage 2011-05-06 to 2016-06-20
Release Date, Version 2018-03-22, 1
Producers / Owners ENVEO , DLR
Description Surface elevation change (SEC m/a) May/June 2011 to June/July 2013 on glaciers of Larsen B embayment


Coastlines Larsen A-B TDX 2016
Parameters coastline
Temporal Coverage 2016-07-22 to 2016-10-29
Release Date, Version 2018-03-22, 1
Producers / Owners ENVEO
Description Coastlines derived from TanDEM-X and Landsat 8 images mid-2016


Coastlines Larsen A-B TDX 2013
Parameters coastline
Temporal Coverage 2013-05-18 to 2013-11-06
Release Date, Version 2018-03-22, 1
Producers / Owners ENVEO
Description Coastlines derived from TanDEM-X and Landsat 8 images mid-2013


Coastlines Larsen A-B TDX 2011
Parameters coastline
Temporal Coverage 2011-06-25 to 2011-06-25
Release Date, Version 2018-03-22, 1
Producers / Owners ENVEO
Description Coastlines derived from TanDEM-X and Landsat 8 images mid-2011


Ice velocity Karakoram 2011-2014
Parameters iceVelocity
Temporal Coverage 2011-11-12 to 2014-10-15
Release Date, Version 2017-12-01, 3.0
Producers / Owners ENVEO
Description Ice velocity of Karakoram Glaciers from TSX-1 data acquired from 2011-2014. The IV maps are gridded at 50m and provided in UTM zone 43N (ESPG: 32643) projection. The dataformat is 3-layer GeoTiff: the first two layers represent the horizontal displacement component easting and northing respectively in output map coordinates and converted to meters per day [m/d]. The third layer represents the vertical velocity and is derived from the height difference along the displacement vector taken from a DEM. A GeoTiff with horizontal velocity magnitude is also provided.



Getz IV from ERS offset tracking, 1996
Parameters iceVelocity
Temporal Coverage 1996-01-26 to 1996-02-15
Release Date, Version 2017-10-18, 1.0
Producers / Owners DTU Space - MRS
Description Getz IV from ERS offset tracking 1996.The dataformat is 3-layer GeoTiff: the first two layers represent the horizontal displacement component easting and northing respectively in output map coordinates and converted to meters per day [m/d]. The third layer represents the vertical velocity and is derived from the height difference along the displacement vector taken from a DEM.



GLL Ferringo/Pine lsland/Thwaites/Smith/Pope/Kohler Antarctica, 1995-2017
Parameters groundingLine
Temporal Coverage 1995-10-20 to 2017-01-14
Release Date, Version 2017-09-22, 3.0
Producers / Owners DLR
Description Grounding line for Ferringo, Pine Island, Thwaites, Smith, Kohler & Pope, West Antarctica, derived from ERS-1/2 and Copernicus Sentinel-1 data acquired in 1995-2017



Getz IV from ERS offset tracking, 1994
Parameters iceVelocity
Temporal Coverage 1994-01-28 to 1994-02-03
Release Date, Version 2017-10-06, 1.0
Producers / Owners DTU Space - MRS
Description Getz IV from ERS offset tracking 1994. The dataformat is 3-layer GeoTiff: the first two layers represent the horizontal displacement component easting and northing respectively in output map coordinates and converted to meters per day [m/d]. The third layer represents the vertical velocity and is derived from the height difference along the displacement vector taken from a DEM.



Getz IV from ERS offset-tracking, 1998
Parameters iceVelocity
Temporal Coverage 1998-02-02 to 1998-06-13
Release Date, Version 2017-10-06, 1.0
Producers / Owners DTU Space - MRS
Description Getz IV 1998-1998 from ERS offset-tracking. The dataformat is 3-layer GeoTiff: the first two layers represent the horizontal displacement component easting and northing respectively in output map coordinates and converted to meters per day [m/d]. The third layer represents the vertical velocity and is derived from the height difference along the displacement vector taken from a DEM.



Larsen/Fleming IV from ERS tandem interferometry/offset tracking, 1994
Parameters iceVelocity
Temporal Coverage 1994-01-14 to 1994-03-19
Release Date, Version 2017-09-28, 1.0
Producers / Owners DTU Space - MRS
Description Larsen/Fleming IV from ERS tandem interferometry/offset tracking.The dataformat is 3-layer GeoTiff: the first two layers represent the horizontal displacement component easting and northing respectively in output map coordinates and converted to meters per day [m/d]. The third layer represents the vertical velocity and is derived from the height difference along the displacement vector taken from a DEM.



Larsen/Fleming IV from ERS tandem interferometry/offset tracking, 1992
Parameters iceVelocity
Temporal Coverage 1992-01-14 to 1992-03-11
Release Date, Version 2017-09-28, 1.0
Producers / Owners DTU Space - MRS
Description Larsen/Fleming IV from ERS tandem interferometry/offset tracking.The dataformat is 3-layer GeoTiff: the first two layers represent the horizontal displacement component easting and northing respectively in output map coordinates and converted to meters per day [m/d]. The third layer represents the vertical velocity and is derived from the height difference along the displacement vector taken from a DEM.



Evans/Rutford/Ferrigno IV from ERS tandem interferometry/offset tracking, 1994
Parameters iceVelocity
Temporal Coverage 1994-01-20 to 1994-03-19
Release Date, Version 2017-09-28, 1.0
Producers / Owners DTU Space - MRS
Description Evans/Rutford/Ferrigno IV from ERS tandem interferometry/offset tracking.The dataformat is 3-layer GeoTiff: the first two layers represent the horizontal displacement component easting and northing respectively in output map coordinates and converted to meters per day [m/d]. The third layer represents the vertical velocity and is derived from the height difference along the displacement vector taken from a DEM.



Evans/Rutford/Ferrigno IV from ERS tandem interferometry/offset tracking, 1992
Parameters iceVelocity
Temporal Coverage 1992-01-12 to 1992-03-15
Release Date, Version 2017-09-28, 1.0
Producers / Owners DTU Space - MRS
Description Evans/Rutford/Ferringo IV from ERS tandem interferometry/offset tracking.The dataformat is 3-layer GeoTiff: the first two layers represent the horizontal displacement component easting and northing respectively in output map coordinates and converted to meters per day [m/d]. The third layer represents the vertical velocity and is derived from the height difference along the displacement vector taken from a DEM.



Amundsen Embayment IV from ERS tandem interferometry/offset tracking, 1994
Parameters iceVelocity
Temporal Coverage 1994-01-20 to 1994-03-14
Release Date, Version 2017-09-28, 1.0
Producers / Owners DTU Space - MRS
Description Amundsen Embayment IV from ERS tandem interferometry/offset tracking.The dataformat is 3-layer GeoTiff: the first two layers represent the horizontal displacement component easting and northing respectively in output map coordinates and converted to meters per day [m/d]. The third layer represents the vertical velocity and is derived from the height difference along the displacement vector taken from a DEM.



Amundsen Embayment IV from ERS tandem interferometry/offset tracking, 1992
Parameters iceVelocity
Temporal Coverage 1992-01-11 to 1992-03-12
Release Date, Version 2017-09-28, 1.0
Producers / Owners DTU Space - MRS
Description Amundsen Embayment IV from ERS tandem interferometry/offset tracking.The dataformat is 3-layer GeoTiff: the first two layers represent the horizontal displacement component easting and northing respectively in output map coordinates and converted to meters per day [m/d]. The third layer represents the vertical velocity and is derived from the height difference along the displacement vector taken from a DEM.



Amundsen Embayment IV from ERS tandem interferometry/offset tracking, 1995/1996
Parameters iceVelocity
Temporal Coverage 1995-10-17 to 1996-02-17
Release Date, Version 2017-05-31, 1.0
Producers / Owners DTU Space - MRS
Description Amundsen Embayment IV from ERS tandem interferometry/offset tracking.The dataformat is 3-layer GeoTiff: the first two layers represent the horizontal displacement component easting and northing respectively in output map coordinates and converted to meters per day [m/d]. The third layer represents the vertical velocity and is derived from the height difference along the displacement vector taken from a DEM.



Calving Fronts Greenland
Parameters calvingFront
Temporal Coverage 1990-01-01 to 2016-12-31
Release Date, Version 2017-03-17, 3.0
Producers / Owners ENVEO
Description Calving Fronts from 28 Glaciers in Greenland, derived with manual delineation from geocoded ERS, LANDSAT 5,7,8 and Copernicus Sentinel-1 data



Landsat image time series, Karakoram Shaksgam
Parameters imageTimeSeries
Temporal Coverage 1991-08-19 to 2015-08-21
Release Date, Version 2015-11-26, 1.0
Producers / Owners GIUZ
Description 10 images for the Shaksgam Time series 1991-2015



Landsat image time series, Karakoram Skamri
Parameters imageTimeSeries
Temporal Coverage 1991-08-19 to 2015-07-04
Release Date, Version 2015-11-26, 1.0
Producers / Owners GIUZ
Description 11 images for the Skamri Time series 1991-2015



Landsat image time series, Karakoram Panmah
Parameters imageTimeSeries
Temporal Coverage 1990-08-07 to 2015-07-04
Release Date, Version 2015-11-26, 1.0
Producers / Owners GIUZ
Description 15 images for the Panmah Time series 1990-2015



Landsat image time series, Karakoram Baltoro
Parameters imageTimeSeries
Temporal Coverage 1991-07-02 to 2013-07-14
Release Date, Version 2015-11-26, 1.0
Producers / Owners GIUZ
Description 11 images for the Baltoro Time series 1991-2013



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