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MagnaProbe snow depth within the laser scanning area on station PS81/503_GPS1
In a designated area, snow depth was determined from Magnaprobe (MP), see Sturm and Holmgren (2018) for details.. Magnaprobe was performed inside the laser scan field after all... -
MagnaProbe snow depth within the laser scanning area on station PS81/517_GPS1
In a designated area, snow depth was determined from Magnaprobe (MP), see Sturm and Holmgren (2018) for details.. Magnaprobe was performed inside the laser scan field after all... -
Time series of annual atmospheric CO2-fluxes above a high-arctic permafrost s...
This measurements presents a full annual cycle of the CO2 Net Ecosystem Exchange dynamics of a high-arctic tundra area located at the west coast of Svalbard using... -
Snow water equivalent at 24 random locations in a circle with radius 200 m ar...
This dataset has no description
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Automatic weather station buoy data PS81/515-1 from Weddell Sea, Antarctica, ...
Automatic weather station data from a buoy deployed on sea ice station PS81/515-1 from Research Vessel Polarstern in the Antarctic Weddell Sea in austral winter 2013 (cruise leg... -
Snow depth at Weisssee snow research site (2014-2018)
This dataset has no description
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Snow depth (SPA) at Weisssee snow research site (2014-2018)
This dataset has no description
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Snow depth measurements on Multi-Year-Ice using a MagnaProbe during the Oden_...
Snow depth measurements during the Oden_AO2018 campaign on 14 September with a Magna Probe (Snow-Hydro, Fairbanks, AK, USA) with an accuracy of 0.01 m. -
Snow depth measurements on Multi-Year-Ice using a MagnaProbe during the Oden_...
Snow depth measurements during the Oden_AO2018 campaign on 29 August with a Magna Probe (Snow-Hydro, Fairbanks, AK, USA) with an accuracy of 0.01 m. -
Snow depth measurements on Multi-Year-Ice using a MagnaProbe during the Oden_...
Snow depth measurements during the Oden_AO2018 campaign on 07 September with a Magna Probe (Snow-Hydro, Fairbanks, AK, USA) with an accuracy of 0.01 m. -
Atmospheric electric potential gradient data and measured as well as reanalyz...
The negative of the vertical component of the atmospheric direct current (DC) electric field is referred to as the atmospheric electric potential gradient (PG). The PG depends... -
Snow depth measurements during the ALERT2018 campaign (MAP Last Ice) at stati...
Point measurements of snow depth were obtained using a Magna Probe (Snow-Hydro, Fairbanks, AK, USA) during walking surveys on First-Year-Ice during the ALERT2018 campaign... -
Snow depth measurements during the ALERT2018 campaign (MAP Last Ice) at stati...
Point measurements of snow depth were obtained using a Magna Probe (Snow-Hydro, Fairbanks, AK, USA) during walking surveys on First-Year-Ice during the ALERT2018 campaign... -
Snow depth measurements during the ALERT2018 campaign (MAP Last Ice) at stati...
Point measurements of snow depth were obtained using a Magna Probe (Snow-Hydro, Fairbanks, AK, USA) during walking surveys on First-Year-Ice during the ALERT2018 campaign... -
Surface topography and snow depth measured during the ALERT2018 campaign (MAP...
Measurements of surface topography have been performed using a Terrestrial Laser Scanner (VZ-400i, RIEGL, Horn, Austria) on First-Year-Ice during the ALERT2018 campaign... -
Surface topography and snow depth measured during the ALERT2018 campaign (MAP...
Measurements of surface topography have been performed using a Terrestrial Laser Scanner (VZ-400i, RIEGL, Horn, Austria) on First-Year-Ice during the ALERT2018 campaign... -
Surface topography and snow depth measured during the ALERT2018 campaign (MAP...
Measurements of surface topography have been performed using a Terrestrial Laser Scanner (VZ-400i, RIEGL, Horn, Austria) on First-Year-Ice during the ALERT2018 campaign...
