Morocco's geospatial data

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Physical water-risk indicators from Aqueduct 4.0 for the whole of Morocco, based on the 1979–2019 baseline period. The layer includes baseline water stress, water depletion, interannual and seasonal variability, groundwater-table decline, riverine and coastal flood risk, drought risk, and access to drinking water. Scores and classes support nationwide comparison and screening; they do not replace local hydrological studies. Coverage is continuous nationwide and includes the southern provinces.

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Legal population of Morocco's 1,503 communes from the HCP's 2014 and 2024 censuses (RGPH): population, households, Moroccan and foreign residents, ten-year change, province and region. Totals: 36,828,330 inhabitants on 1 September 2024 (decree no. 2.24.1009) and 33,848,242 in 2014 (Official Bulletin no. 6354). For 2014, the six cities with districts are aggregated, and Lagouira, Aghouinite, Zoug and Mijik, not counted separately ("pm"), have no change. The field taille_menage_2024 divides the legal population by households: it is not the HCP's average household size, and it exceeds 100 in six southern communes.

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Results of Morocco’s 2015 and 2021 communal elections for all 1,503 communes. This temporal layer contains 3,006 features and reports votes by party, the leading party, the sum of votes recorded in the party columns, turnout, and council seats where those values are directly available. For 2021, it also includes indicators on elected members’ gender, age, and education. TAFRA collected the records from the official elections.ma portal. In the six cities divided into arrondissements—Casablanca, Fez, Marrakesh, Rabat, Salé and Tangier—the votes from 41 arrondissements are summed into the parent commune polygon. Turnout, seat totals, and elected-member profiles are left empty for those aggregates because they cannot be reliably recomputed from the source rows. According to TAFRA, the source does not provide registered-voter totals or the share of blank and invalid ballots. Coverage includes the full national territory, including the southern provinces.

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Official results of Morocco’s 2016, 2021 and 2026 legislative elections aggregated across the 75 provinces and prefectures of the current administrative division. The 225 features describe, for each election, the 305 seats allocated in local constituencies, including seat counts by party and ties. The 2016 national-constituency seats and the 2021 and 2026 regional-constituency seats are not assigned to provinces. Casablanca’s eight electoral district prefectures are aggregated into the single Casablanca provincial polygon.

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Official results of Morocco’s 2016, 2021 and 2026 legislative elections aggregated by region. The 36 features represent the 12 regions for each election and include the leading party, ties, and seat counts by party. For 2016, regional totals cover the 305 local-constituency seats; the 90 national-constituency seats are not assigned to regions. For 2021 and 2026, totals include local and regional constituency seats. The geometry uses the current 12-region division and covers the full national territory, including the southern provinces.

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Event-based collection of COG representing the estimated Modified Mercalli Intensity (MMI) from official USGS ShakeMap products covering Morocco. It includes a summary of the maximum MMI and the number of events with at least MMI VI.

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OSM power plants represented by a point, either directly or derived from a polygon footprint, with energy source when available.

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603 forest fires recorded in Morocco between 2012 and 2023, with the date and time of ignition, estimated duration, and forest type according to the Copernicus classification for each event.

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Annual binary mask at approximately 30 m pixels where Hansen Global Forest Change v1.13 detects gross tree cover loss in Morocco. The layer covers Morocco in a single continuous extent and is derived without interpolation from the official lossyear 2001–2025 band.

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Slope aspect calculated from the GEDTM30 DEM on a 30 m metric grid covering all of Morocco, including southern regions. Values are expressed in degrees clockwise from north and should be combined with slope to identify flat areas.

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Slope orientation calculated from the Copernicus DEM GLO-30 on a 30 m metric grid. The national COG covers Morocco continuously, including southern regions. Values are clockwise azimuths from north and should be interpreted together with slope to distinguish flat terrain

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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.

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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.

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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.

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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.

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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.

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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.

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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.

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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.

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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