GEUS Dataverse
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ecoPCR results
This dataset contains the processed output generated by the program ecoPCR (Ficetola et al., 2010) as fasta files. ecoPCR performs in silico PCRs of given primer pairs based on on a database (here the EMBL release 143, downloaded March 2021) without the standard releases of human, mouse or environmental sequences. Our simulated PCRs allowed for 3 mismatches in the primer binding sites, yet the last 2 nucleotide positions at the 3’end of each primer required a perfect match. The amplicon size range was determined from 50 to 500 nucleotides in the V3, V7 and V9 markers and to a maximum of 800 nucleotides for the V4 marker to account for its larger size
CAMELS-DK: Hydrometeorological Time Series and Landscape Attributes for 3330 Catchments in Denmark
CAMELS-DK (Catchment Attributes and Meteorological Time Series for Large Samples - Denmark) provides dynamic and static variables for 3,330 catchments across Denmark.
The dataset is built on various hydrogeological datasets, meteorological observations, and a well-established national-scale hydrological model. It is further enriched with streamflow observations for 304 of these catchments.
The spatially dense and comprehensive coverage, providing data for all 3,330 catchments rather than just gauged ones, along with simulation data from a distributed, process-based model, significantly enhances the applicability of the CAMELS dataset. This is particularly relevant for developing data-driven and hybrid physically-informed modeling frameworks. Additionally, we include data on human impacts on Denmark's hydrological system, such as groundwater abstraction and irrigation
Replication Data for: Analysis of the applicability of cuttings samples to test seal integrity, examples from the Triassic to Jurassic interval in 8 wells in Eastern Denmark
Appendix B of GEUS report 2024/10.
Data included are raw HH-XRF measurments of cuttings nad conversion table to ICP-OES/MS dat
Supplementary files for: Applying geotechnical borehole databases in the search for interglacial deposits in Denmark
Geotechnical investigations conducted in preparation for infrastructure development provide high-quality borehole data in standardised digital formats. In Denmark, such geotechnical borehole data are not required to be reported to the national well database (Jupiter) and are mainly archived in privately owned databases. Accessible interglacial and interstadial terrestrial deposits are rare in Denmark, and these borehole data have the potential to identify interglacial and interstadial deposits, with significant implications for ongoing palaeoclimate, palaeoenvironmental and archaeological research. In this study, we compiled data from six major geotechnical companies, resulting in a database with over 550 000 boreholes. From this database, we identified 1850 boreholes containing samples associated with interglacial and interstadial ages. Through extensive filtering for well-documented lacustrine or palustrine deposits, we selected 161 boreholes and referenced them to 39 different geographical occurrences. Of these 39 occurrences, 36 were either new terrestrial deposits or provided substantial new records to known interglacial and interstadial sites. Our findings demonstrate that access to these privately owned geotechnical borehole data can be a valuable resource for identifying rare near-surface geological deposits, allowing the discovery of several new Pleistocene sedimentary archives that warrant further investigation
Airborne time domain electromagnetic and magnetic survey at Amitsoq, South Greenland, 2016
For description of data set see: SkyTEM survey at Amitsoq, 2016 details
3D hydrogeological layer model of the Egebjerg area
3D hydrogeological layer model of the Egebjerg area. The model is made using the software GeoScene3D. The model result was used in two research project at GEUS: GeoConcept and RESPROP
Raw data for "Miocene vegetation and climate in the eastern North Sea Basin, onshore Denmark, compared to the present"
the raw palynological data from the Sdr. Vium core, Miocene (dinocysts, pollen, spores, etc)
ESA CCI+ Phase 2 Mass Flux Ice Discharge ECV
The Mass Flux and Ice Discharge (MFID) Essential Climate Variable (ECV) is produced as part of the ESA CCI+ Phase 2 project and currently updated every 2nd year. MFID is based on a forked version of the solid ice discharge algorithm using ice velocity and surface elevation data from the ESA CCI ECVs only and thus spans the period 2014 - 2023.
Consider using the "Solid ice discharge from 1987 through last month" product if you are looking for longer timeseries: https://doi.org/10.22008/promice/data/ice_discharge/d/v02
Geologic provinces beneath the Greenland Ice Sheet constrained by geophysical data synthesis
This dataset presents subglacial provinces mapped beneath the Greenland Ice Sheet using seismic tomography, gravity and magnetic anomalies, subglacial topography and the surface expression thereof. This dataverse deposit contains: (1) a "flow-aware" hillshade model of the ice sheet as a raster, (2) the MATLAB script associated with generating the flow-aware hillshade; (3) all traced lineations from the ice-sheet surface as shapefile polylines (4) the seismic tomography results considered in this study that were not previously available as rasters; (5) the apparent boundaries in geophysical fields as shapefile polylines; (6) the subglacial geologic provinces as shapefile polygons
Gravimetry map of Denmark
Kortene er baseret data leveret af DTU Space fra den nationale tyngdedatabase. Kortet viser terrænkorrigeret Bougueranomali på land og friluftsanomali tyngdekraft til søs. Tyngdeanomali er målt i mGal.
Der er ingen uniform og stringent datum definition. UTM projektionen er defineret i forhold til WGS84-ellipsoiden. For marine data i de danske farvande er datum mest defineret ved ED50