631 to 640 of 33,586 Results
Jun 15, 2026Water resources
Data from the Danish National Nitrogen Model (NKM) that calculates nitrogen transport and retention between the root zone and the sea, in groundwater and surface waters |
Jun 12, 2026 - Geological Data Centre
Jackson, Samuel Paul, 2026, "GEUS Symbol, a font for geological cartography", https://doi.org/10.22008/FK2/PJOBMF, GEUS Dataverse, V1
GEUS Symbol is an OpenType font providing geological symbols and cartographic elements for use in geological mapping and GIS applications. In addition to common geological symbols, it includes many simple shapes that can be used either alone or in superposition to construct furth... |
Jun 12, 2026 -
GEUS Symbol, a font for geological cartography
application/x-font-otf - 50.7 KB -
MD5: 8065bd98d38a76303a39e71ce62404f0
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Jun 12, 2026 -
GEUS Symbol, a font for geological cartography
Plain Text - 2.9 KB -
MD5: 061f5fb637a15b111ad9b488ac08c674
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Jun 3, 2026 -
Greenland Ice Velocity from Sentinel-1 Edition 5
Network Common Data Form - 324.6 MB -
MD5: 6e22a6445c11e1fbf1af930a3c3693b6
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Jun 3, 2026 -
Greenland Ice Velocity from Sentinel-1 Edition 5
PNG Image - 3.7 MB -
MD5: 453191c09d2ebf22228672ec0b2d16fe
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Jun 1, 2026 -
Supplementary basic data on danish groundwater bodies
Shapefile as ZIP Archive - 2.9 MB -
MD5: 5022d5559771e52b00bd623512aa27e4
link between wellfields, abstractionwells (intakes), groundwater bodies and abstraction volumens. |
Jun 1, 2026 -
Supplementary basic data on danish groundwater bodies
MS Excel Spreadsheet - 223.3 KB -
MD5: 30986bf543d15dc2e857329d79058673
Statistics on landuse above delineated groundwater bodies |
Jun 1, 2026 -
Supplementary basic data on danish groundwater bodies
MS Excel Spreadsheet - 422.5 KB -
MD5: d734f1f31608d4ae8d66d102a12051fb
Statistics on landuse above delineated groundwater bodies |
Jun 1, 2026 -
Supplementary basic data on danish groundwater bodies
ZIP Archive - 9.4 MB -
MD5: 73062fb09e35557ed210cfb41a25c6e6
Groundwater recharge areas to groundwater bodies in Denmark. Calculated using the National Hydrological Model (dkm2023) |
