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Datasets on soil types, their physical and chemical properties, and pedological characteristics.
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Soils and PedologyNationalNew
Modeled classification of the most probable WRB reference soil group at approximately 250 m resolution for all of Morocco, including southern regions. Each pixel contains a class code from 0 to 29; these codes are categorical and do not represent quantity or quality order. This layer is suitable for national and regional context but does not replace a field soil map.
GeoTIFF
1 downloadsAugust 13, 2026
Soils and PedologyNationalNew
USDA soil texture class of fine earth at about 250 m for different depths, derived from average fractions of sand, silt, and clay predicted by SoilGrids. The layer covers Morocco with a continuous national extent, including southern regions. This is a modeled classification, not a laboratory analysis performed on each pixel.
GeoTIFF
4 downloadsAugust 5, 2026
Soils and PedologyNationalNew
SoilGrids prediction of silt 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.
GeoTIFF
0 downloadsAugust 5, 2026
Soils and PedologyNationalNew
SoilGrids prediction of sand content at approximately 250 m resolution 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.
GeoTIFF
2 downloadsAugust 5, 2026
Soils and PedologyNationalNew
SoilGrids prediction of soil pH in water 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.
GeoTIFF
0 downloadsAugust 5, 2026
Soils and PedologyNationalNew
SoilGrids prediction of organic carbon stock 0–30 cm at approximately 250 m resolution for the 0–30 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 for each pixel.
GeoTIFF
0 downloadsAugust 5, 2026
Soils and PedologyNationalNew
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.
GeoTIFF
0 downloadsAugust 5, 2026
Soils and PedologyNationalNew
SoilGrids prediction of organic carbon density at approximately 250 m resolution 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.
GeoTIFF
0 downloadsAugust 5, 2026
Soils and PedologyNationalNew
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.
GeoTIFF
0 downloadsAugust 5, 2026
Soils and PedologyNationalNew
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
GeoTIFF
0 downloadsAugust 5, 2026
Soils and PedologyNationalNew
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.
GeoTIFF
0 downloadsAugust 5, 2026
Soils and PedologyNationalNew
SoilGrids prediction of cation exchange capacity at pH 7 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.
GeoTIFF
0 downloadsAugust 5, 2026
Soils and PedologyNationalNew
SoilGrids prediction of soil organic carbon at approximately 250 m resolution 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 for each pixel
GeoTIFF
0 downloadsAugust 5, 2026
