Geological map of the Iberian Peninsula, Balearic and Canary Islands at 1M scale. It includes the chronolithostratigraphic units and the representation of the tectonic structure by means of faults and thrusts.

Visualisation service of the Tectonic Map in Spain at a scale of 1:1,000,000, of the Iberian Peninsula and Balearic Islands that identifies the major structural elements of the Earth's crust, and records the Earth's dynamism in the past.

The continuous Hydrogeological Map of Spain in digital format at a scale of 1:200,000 is based on the Lithostratigraphic and Permeability Map of Spain, continuous at a scale of 1:200,000 and represents the mapped lithostratigraphic levels, grouped by range of permeability and the associated lithologies, and represented with a certain colour and tone, so that it is possible to visualise the areas associated with the different aquifers on the map. Blue colours represent porous aquifers, green colours represent fissured or karstic aquifers and brown colours represent impermeable or low permeability formations. Productivity is represented by tone, in the case of permeable formations, darker tones indicate higher productivity and in the case of impermeable formations indicate higher impermeability. Given the scale of detail of this cartography, the availability of the entire national territory, and the impossibility of appreciating the detail it possesses at small scales, the information is only visualised from the visualisation scale indicated in the Capabilities file.

Visualisation Service (WMS) of the geological map which represents the result of the cartographic homogenisation of the MAGNA geological map series (National Geological Cartography at a scale of 1:50.000). Series that integrates 1143 maps. As a consequence of the long process involved in the historical execution of this series, there are differences between its initial and final phases, in terms of criteria for assigning geological units, level of detail, continuity of geological units and structures at the edges of sheets, coding and symbologies. With the aim of correcting these problems, the GEODE PLAN was initiated in 2004, which constitutes the institutional support for the generation of a continuous digital geological map at a scale of 1:50,000. The PLAN integrates 19 Regional Projects linked to their corresponding geological zones. Its fundamental objectives are threefold: - To provide cartographic continuity to the geological sheets of the MAGNA series within each region. - To generate a unified legend of geological units for each region. - To adapt the geological coverage to a uniform topographic base, generated specifically for the GEODE PLAN from the national topographic map 1:25000 of the IGN.

The Neotectonic Map expresses those structural, morphological, stratigraphic and other features that show relatively recent movements (from the period considered neotectonic), as well as the type of stress to which the peninsula is subjected. Its objectives are to identify deformations from the Middle Miocene - Upper Miocene boundary to the present day. The materials have been classified into six categories, two for volcanic materials differentiated by age; and four for the rest of the materials, with four subdivisions according to age. It also includes tectonic structures, stress and deformation directions, diapiric structures and other related phenomena, all with age expression. The map contains information on the Spanish continental shelf.

This map shows deposits dated as Plio-Pleistocene to contemporary, classified in 10 geochronological intervals and separated according to their genesis. Glacial, volcanic, karstic, aeolian, littoral, edaphic, palaeontological and prehistoric entities are included.

The map shows a probabilistic identification of rockfall source areas for El Hierro Island, prepared with the combination of multiple statistical models

The map show the number of trajectories that pass through each pixel.

Map showing the geographical distribution of ground movements classified into four main groups: horizontal component in continental areas, vertical component in continental areas, unstable areas linked to coastal areas and movements related to mining operations. Also included are continental areas with important erosive processes.

The map show the number of trajectories that pass through each pixel.