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An open data repository for scientists from the Geological Survey of Denmark and Greenland (GEUS) to share and preserve their data.


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21 to 30 of 32,144 Results
MS Excel Spreadsheet - 411.6 KB - MD5: 3e2f785876b4bab0395fe87931b4eddc
Statistics on landuse above delineated aquifers and above groundwater recharge areas to these aquifers
MS Excel Spreadsheet - 779.9 KB - MD5: 280bbc6f0e40094c7a31d6fe945921bd
Statistics on landuse above delineated aquifers and above groundwater recharge areas to these aquifers
MS Excel Spreadsheet - 187.4 KB - MD5: 2cf13213910c2cf4e1367eb3519aacdd
Statistics on landuse above delineated groundwater bodies
MS Excel Spreadsheet - 353.0 KB - MD5: 4a010662807852e43f3af1956ffd13d8
Statistics on landuse above delineated groundwater bodies
ZIP Archive - 923.8 MB - MD5: baffed17da33de8484510e4208bd08aa
Simulation results on geotif format from the National Hydrological Model (dkm2019-vp3genbesog). Average on 1991-2020 from transient simulation with daily timesteps, with and without groundwater abstraction.
ZIP Archive - 429.9 MB - MD5: 985406e3525929d8c9c581b8bc0119f7
Top, depth and accumulated clay thickness above aquifer layers in the National Hydrological Model (vp3genbesog)
ZIP Archive - 539.1 MB - MD5: fd4f6ea280bea79d6cd205565bdb7cea
Geological layers used in the National Hydrological Model (dkm2019-vp3genbesog). Geological layers originates from a simplification of the FOHM representation primo 2019
Unknown - 148.6 MB - MD5: 015a999ab249e19b6cef5e8a4c58ddd0
Geopackage with features of delineated groundwater bodies, rivers, lakes, terrestical groundwater depending ecosystems. All features with supplementary basic data. Surface water body data with delinated areas of contact with groundwater bodies.
ZIP Archive - 9.5 MB - MD5: 9c535854f7ef1d3abfcfbdd44014998c
Groundwater recharge areas to groundwater bodies in Denmark. Calculated using the National Hydrological Model (dkm2019-vp3genbesog)
ZIP Archive - 36.2 MB - MD5: 11b03f9a0769d558a4477489ea973388
Delineation of top and bottom of first redox interface and redox complexity related to hydrogeology and average flow conditions (1991-2020) from the National Hydrological Model (dkm2019-vp3genbesog)
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