Morocco's geospatial data

·National

SoilGrids prediction of total nitrogen at approximately 250 m for different depths, covering all of Morocco including southern regions. This is a modeled average based on soil profiles and environmental covariates, not a laboratory measurement for each pixel.

·National

SoilGrids prediction of clay at approximately 250 m for different depths, covering all of Morocco including southern regions. This is a modeled average based on soil profiles and environmental covariates, not a laboratory measurement taken at each pixel.

·National

SoilGrids prediction of coarse fragments at approximately 250 m for the 0–5 cm depth, covering all of Morocco including southern regions. This is a modeled average based on soil profiles and environmental covariates, not a laboratory measurement taken at each pixel

·National

SoilGrids prediction of fine earth bulk density at approximately 250 m for different depths across Morocco, including southern regions. This is a modeled average based on soil profiles and environmental covariates, not a laboratory measurement for each pixel.

·National

Local slope calculated in degrees from the Copernicus DEM GLO-30 DTM on a 30 m metric grid. The COG covers all of Morocco in a single extent, including southern regions. This derived layer is suitable for analyzing relief, erosion, agriculture, accessibility, and runoff at the regional scale.

·National

Surface elevation at approximately 30 m resolution for the continuous national extent of Morocco.

·National

Map of dominant surface lithology classes at an approximate spatial resolution of 250 metres, covering the entire Moroccan national territory, including the southern regions. Each pixel represents the estimated dominant lithology class at that location, derived from the global OpenLandMap dataset.

·National

National series of 512 monthly CHIRPS v3 COGs covering Morocco as one continuous extent, including the southern regions, from January 1984 through August 2026. Each pixel represents monthly accumulated precipitation in millimetres on an approximately 5 km grid. CHIRPS blends infrared satellite observations with station data; it is a gridded estimate rather than a direct measurement at every pixel.

·National

Series of 16 annual constrained estimates of resident population from 2015 to 2030, derived from WorldPop Global2 R2025A v1. Each pixel of about 100 m contains an estimated number of people; fractional values are normal. WorldPop combines subnational demographic data, projections aligned with United Nations totals, and geospatial covariates in a dasymetric disaggregation using random forest. Future years are projections and no value represents a direct census count. R2025A is identified by WorldPop as an alpha version subject to revision. Published COGs cover Morocco in one continuous national extent, including the southern regions.

·National

Forests of the Kingdom of Morocco (17,389 polygons): Geospatial dataset covering forests and woodland areas across the Kingdom of Morocco. Each polygon includes the forest name (when available), forest type, area, vegetation characteristics, and available management and protection information. Polygon data in WGS84.

·National

Boundaries of Morocco's communes (administrative level 3) sourced from geoBoundaries, cleaned and reprojected to WGS84.

·National

Morocco Provinces and Prefectures (ADM2) dataset, representing second-level administrative divisions of Morocco.

·National

Boundaries of the 12 regions of the Kingdom of Morocco sourced from geoBoundaries, cleaned and reprojected to WGS84. Includes French and Arabic names and regional codes.