The OSM Obstacles theme includes two complementary layers: - a layer (osm_fr_obstacle_point_hstore in French, osm_en_barrier_point_hstore in English) containing all the point objects of the selected territory having the OSM barrier and kerb keys, translated into French by obstacle and ressaut - a layer (osm_fr_obstacle_ligne_hstore in French, osm_en_barrier_line_hstore in English) containing all the linear objects of the chosen territory having the same OSM keys as the previous layer These two layers display in their attribute table the most important name fields and then, in alphabetical order, fields corresponding to the most commonly used OSM keys for this theme, as well as an hstore field containing all the OSM tags of the object. They are produced daily by LLg via imposm from the raw data proposed by Geofabrik. Consult the parent page for more information, access to the data on available areas or to other themes.

The OSM Places theme has a single layer (osm_fr_lieu_hstore in French, osm_en_place_hstore in English) containing all the point objects in the chosen territory having the OSM key place translated into French by lieu. This layer displays in its attribute table the most commonly used keys in OSM for this theme (names, type, wikidata, wikipedia, etc.), as well as an hstore field containing all the OSM tags of the object. It is produced daily by LLg via imposm from the raw data provided by Geofabrik. Consult the parent page for more information, access to the data on available areas or to other themes.

The OSM Administrative Boundaries theme has a single layer (osm_fr_limite_admin_hstore in French, osm_en_admin_boundary_hstore in English) containing all the polygonal objects of the selected territory bearing the OSM admin_level or boundary keys translated into French by niveau_administratif and frontiere. This layer displays in its attribute table the most commonly used keys in OSM for this theme (names, type, administrative level, wikidata, wikipedia, etc.), as well as a hstore field containing all the OSM tags of the object. It is produced daily by LLg via imposm from the raw data offered by Geofabrik. Consult the parent page for more information, access to the data on available areas or to other themes.

The OSM Buildings theme has a single layer (osm_fr_edifice_hstore in French, osm_en_building_hstore in English) containing all the polygonal objects in the selected territory having the OSM building key translated into French by edifice. This layer displays in its attribute table the most commonly used keys in OSM for this theme (names, address, type, construction materials, roofing, etc.), as well as an hstore field containing all the OSM tags of the object. It is produced daily by LLg via imposm from the raw data proposed by Geofabrik. Consult the parent sheet for more information, access to data on available areas or to other themes.

Major hydrological basins and their sub-basins. This dataset divides the African continent according to its hydrological characteristics. The dataset consists of the following information:- numerical code and name of the major basin (MAJ_BAS and MAJ_NAME); - area of the major basin in square km (MAJ_AREA); - numerical code and name of the sub-basin (SUB_BAS and SUB_NAME); - area of the sub-basin in square km (SUB_AREA); - numerical code of the sub-basin towards which the sub-basin flows (TO_SUBBAS) (the codes -888 and -999 have been assigned respectively to internal sub-basins and to sub-basins draining into the sea)

The OSM Transport theme comprises three complementary layers: - a layer (osm_fr_transport_infrastructure_point_hstore in French, osm_en_transport_infrastructure_point_hstore in English) containing all the OSM point objects of the selected territory having the type=route, amenity=bus_station, amenity=ferry_terminal, amenity=taxi tags or the OSM public_transport, aeroway, highway, railway keys, translated into French by type=route, equipement=terminal de ferry, equipement=station de taxis, aeroport, voie, voie_ferree - a layer (osm_fr_transport_infrastructure_ligne_hstore in French, osm_en_transport_infrastructure_line_hstore in English) containing all the linear objects of the selected territory having the OSM aeroway, highway, railway keys, translated into French by aeroport, voie, voie_ferree - a layer (osm_fr_transport_routes_ligne_hstore in French, osm_en_transport_routes_line_hstore in English) containing all OSM relations of type=route, which correspond to mapped routes The first two layers display in their attribute table the most important name fields, the addressing, then classified in alphabetical order, about fifty fields corresponding to the most commonly used OSM keys on this theme, as well as a hstore field containing all the OSM tags of the object. The third layer displays in its attribute table the name, place of departure and destination fields, the OSM transport model type and the most commonly used OSM keys for this theme, and also a hstore field. These layers are produced daily by LLg via imposm from the raw data offered by Geofabrik. Consult the parent page for more information, access to the data on the available areas or to other themes.

The OSM Points of Interest (POI) theme includes two complementary layers: - a layer (osm_fr_poi_hstore in French, osm_en_poi_hstore in English) containing all the point objects in the selected territory bearing the OSM keys amenity, craft, emergency, healthcare, healthcare:speciality, historic, leisure, man_made, military, office, power, pump, shop or tourism, translated into French as equipement, artisanat, urgences, sante_structure, sante_structure_type, historique, loisirs, structure_artificielle, militaire, bureau, energie, pompe, commerce et tourisme - a layer (osm_fr_poi_plg_hstore in French, osm_en_poi_plg_hstore in English) containing all the polygonal objects of the selected territory with the same OSM keys as the previous layer These two layers display in their attribute table the most important name fields, those of the addressing and then, classified in alphabetical order, fields corresponding to the most commonly used OSM keys for this theme, as well as an hstore field containing all the OSM tags of the object. They are produced daily by LLg via imposm from the raw data proposed by Geofabrik. Consult the parent sheet for more information, access to data on available areas or to other themes. Translated with www.DeepL.com/Translator (free version)

The OSM Planet theme includes three complementary layers: - a layer (osm_fr_planet_point_hstore in French, osm_en_planet_point_hstore in English) containing all the OSM point objects of the chosen territory - a layer (osm_fr_planet_ligne_hstore in French, osm_en_planet_line_hstore in English) containing all the linear objects of the selected territory - a layer (osm_fr_planet_polygon_sans_batiments_hstore in French, osm_en_planet_polygon_no_building_hstore in English) containing all the polygonal objects of the selected territory, except those with the OSM building key, in order to limit its size. These three layers display in their attribute table the most important name fields, the addressing, then classified in alphabetical order, about fifty fields corresponding to the most commonly used OSM keys on this theme, as well as a hstore field containing all the OSM tags of the object. They are produced daily by LLg via imposm from the raw data proposed by Geofabrik. Consult the parent page for more information, access to the data on available areas or to other themes.

The OSM Land Cover theme includes a single layer (osm_fr_couverture_sol_hstore in French, osm_en_landcover_hstore in English) containing all the polygonal objects of the selected territory bearing the OSM attribute aeroway=aerodrome, place=island, place=islet, place=square or the OSM keys landuse, leisure and natural translated into French by aeroport=aerodrome, place=island, lieu=place dans une ville and usage_du_sol. This layer displays in its attribute table the keys most commonly used in OSM for this theme, as well as a hstore field containing all the OSM tags of the object. It is produced daily by LLg via imposm from the raw data proposed by Geofabrik. Consult the parent sheet for more information, access to data on available areas or to other themes.