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Computational geoscience, informatics and remote sensing

The development of computational methods and models to monitor, analyse and describe geological processes. Includes collection, processing and analyses of geospatial data. Explore all articles related to computational geoscience, informatics and remote sensing in the list below.

Photo: Truncated pluri-gaussian simulation (credit: Rasmus Bødker Madsen)

Graphs in rows and columns

Machine learning-based estimation and clustering of statistics within stratigraphic models as exemplified in Denmark

Graphs showing modflow results.

Neural network predictions of drawdown from groundwater abstraction in the Egebjerg catchment, Denmark

Maps of Norway sea

Highlighting broad-scale morphometric diversity of the seabed using geomorphons

View of Wollaston Forland

Comparison of ASTER and Sentinel-2 spaceborne datasets for geological mapping: a case study from North-East Greenland

Photos of mountains overlaid with spectral data

Mineral mapping by hyperspectral remote sensing in West Greenland using airborne, ship-based and terrestrial platforms

Mountains

Analytical procedures for 3D mapping at the Photogeological Laboratory of the Geological Survey of Denmark and Greenland

Mountains

Remote geological mapping using 3D photogrammetry: an example from Karrat, West Greenland

Photos of mountains overlaid with spectral data

Hyperspectral analysis of lithologies in the Arctic in areas with abundant lichen cover

Example data from application.

aFieldWork – an Android app for offline recording of geological information and data display

Maps of Greenland.

Greenland ice sheet melt area from MODIS (2000–2014)

Map of field sites in Greenland.

Aeromagnetic survey in south-eastern Greenland: project Aeromag 2013

Geological map of study area.

Combining exploration and multivariate techniques to detect the Bjørnesund West gold occurrence, southern West Greenland

Mountain landscape.

Integrating 3D photogeology with aeromagnetic data as a tool for base-metal exploration in East Greenland

Satellite view of the study site.

From 3D mapping to 3D modelling: a case study from the Skaergaard intrusion, southern East Greenland

Map of the study area.

Detection of terrain changes in southern Denmark using persistent scatterer interferometry

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GEUS Bulletin
eISSN: 2597-2154 ISSN: 2597-2162
Editor in chief: Catherine Jex

Published by the Geological Survey of Denmark and Greenland (GEUS), Denmark since 2003. All content is published under an Attribution 4.0 International license (CC BY 4.0). Read other titles published by GEUS at GEUS Journals.

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