A Python package for multiscale topographic complexity analysis
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Updated
Dec 7, 2025 - Jupyter Notebook
A Python package for multiscale topographic complexity analysis
Collection of ~180 GMT (Generic Mapping Tools) shell scripts producing shaded-relief topographic and bathymetric maps of countries and regions worldwide from global DEMs (ETOPO1, GEBCO, SRTM, GLOBE), with DCW country clipping, custom CPTs, contours and cartographic layout.
R scripts for downloading and reprojecting OpenStreetMap and web tile-server basemaps via the OpenStreetMap package: openmap tile fetching, projectMercator, openproj reprojection to Lambert Conformal Conic, plus maps/ggplot2 choropleths. Topographic mapping of Peru; Lemenkova (2021), Entorno Geografico 22:36-55.
GRASS GIS scripts (k-means clustering, i.maxlik and SVM via r.learn) plus a GMT topographic map and an R workflow diagram for land-cover classification of a Landsat 8-9 OLI/TIRS time series (2015-2023) of the Saloum River Delta, Senegal. Figures for Lemenkova, Earth 2024, 5(3):420-462.
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