Python package for computing the Curie depth from the magnetic anomaly
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Updated
Aug 6, 2026 - Python
Python package for computing the Curie depth from the magnetic anomaly
Magnetic and gravity anomaly calculations in 2.75D using polygon-based parameterization
LaTeX source for the article 'Coherence of Bangui Magnetic Anomaly with Topographic and Gravity Contrasts across Central African Republic' (Lemenkova & Debeir, Minerals 2023, 13(5):604). GMT-based coherency analysis (grdfft) and histogram equalisation (grdhisteq) of gravity, geoid, magnetic and topographic grids.
GRASS GIS and GDAL shell scripts for topographical and geophysical analysis of the Japanese Archipelago from NOAA marine geophysical data and a GEBCO grid: bathymetry, geoid, gravity, magnetic anomaly, sediment thickness and slope/aspect. Figures for Lemenkova, Geomatics Environ. Eng. 2020, 14(4):25-45.
GMT (Generic Mapping Tools) shell scripts mapping marine magnetic anomalies from the EMAG2 (v3) and WDMAM global magnetic-anomaly grids over ocean basins and trenches, with cyclic colour-shaded grids, contours and cartographic layout.
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