GlacioBasis Zackenberg - Near surface climate - Boom height, ZAC_A ...
Height of the top boom on the AWS tripod. Indicating the variation in instrument height above surface due to snow cover. Near surface climate:Near surface climate GlacioBasis Zackenberg:Since 2008, the GlacioBasis programme has been monitoring the glacier surface mass balance at the A.P. Olsen Ice C...
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| Format: | Dataset |
| Language: | English |
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Greenland Ecosystem Monitoring
2020
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| Online Access: | https://dx.doi.org/10.17897/nx0j-as19 https://data.g-e-m.dk/datasets?doi=10.17897/NX0J-AS19 |
| Summary: | Height of the top boom on the AWS tripod. Indicating the variation in instrument height above surface due to snow cover. Near surface climate:Near surface climate GlacioBasis Zackenberg:Since 2008, the GlacioBasis programme has been monitoring the glacier surface mass balance at the A.P. Olsen Ice Cap and its response to climate forcing. Greenland’s glaciers and Ice Caps are losing mass at a rate more than double of the Ice Sheet when adjusted for size, accounting for 14-20 % of the total sea level rise contribution from Greenland. As the glaciological component of a core WMO GCW CryoNet site and a contributor to the GTN-G through WGMS, the GlacioBasis datasets complement the ongoing monitoring based at Zackenberg, enable process-based understanding of physical processes driven by glacier melt water run-off in the downstream terrestrial and marine ecosystems, and can inform regional and global assessments under AMAP and IPCC. GlacioBasis operates the year-round automatic monitoring of A.P. Olsen Ice Cap ... |
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