The orthophoto is a cartographic document that consists of a vertical aerial image which has been rectified in such a way that the same scale is kept in the entire surface of the image, being a geometric representation on scale of the terrestrial surface. It is a orthophoto with a resolution of 25 cm generated from images with a pixel resolution variable according to the zones. The color orthophoto (OF-25C) provides information about the visible area of the electromagnetic spectrum. Shows the combination of RGB bands that correspond to the Red, Green and Blue channels, a combination called "natural color".

Location of industrial establishments dedicated to agricultural, food, forestry and fishing activities in Catalonia, with their address, contact details, sector to which they belong and activities they carry out, and RIACC and CCAE codes.

Names of the streets of the municipalities of Catalonia.

The municipal database of addresses of Catalonia contains, for each municipality, the set of addresses of places where people can live or activities can be carried out, described by means of a couple of representative coordinates of the site, in two dimensions (2D), and attributes that specify the location and path. This set of data corresponds to the municipality of Vilaller.

Toponyms (place names) present in the cartography of the Cartographic and Geological Institute of Catalonia, such as the names of municipalities and heads of municipalities, population centres and isolated buildings, facilities and equipment, relief elements (oronyms), hydrographic network and point hydrography (hydronyms), protected areas and other unique elements of the territory; with the coordinates of the point where they are located.

Identification of territories characterized by a combination of natural, cultural and symbolic elements, which give them a distinct character from the rest and which are recognized as such by the population. These territories are called landscape units, and they give as much importance to the dynamic, perceptive and experiential elements of the landscape as to the more static and material ones when defining its character.

Delimitation of public and private forests, managed by the Generalitat, with information describing the elements necessary for their protection, management and conservation. Public forests are forest land that belongs to entities under public law (Generalitat de Catalunya, councils, decentralized municipal entities, councils, the State, etc.). Communal forest lands are also considered public forests, the use of which corresponds to the community of residents of a town. As for private forests, this geoinformation includes those managed by the Generalitat through an agreement or consortium.

Orthoimage representing the normalized difference vegetation index (NDVI), with a resolution of 1 m. This index makes it possible to estimate the quantity, quality and development of vegetation, based on the normalized difference between the radiation reflected in the infrared band of the electromagnetic spectrum with respect to the red band of the visible spectrum. This set of information is distributed in 2 by-products: Real NDVI orthoimage, where each pixel takes the real value of the index in question (between -1 and 1), in such a way that it facilitates exhaustive studies but requires advanced software; 8-bit NDVI orthoimage, where each pixel takes the value of the index in question but discretized to an integer range between 0 and 200, so that it facilitates an overview.

The SOC is an integrated network of geometric grids coded for the rapid location of elements for rapid positioning in the territory, at any level of resolution. The data set is made up of two layers: the Quadrants layer (SOC5), formed by a grid of quadrants of 5 km on a side and the Sections layer (SOC1), formed by a grid of sections of 1 km on a side.

Orthoimage representing the normalized difference vegetation index (NDVI), with a resolution of 1 m. This index makes it possible to estimate the quantity, quality and development of vegetation, based on the normalized difference between the radiation reflected in the infrared band of the electromagnetic spectrum with respect to the red band of the visible spectrum. This set of information is distributed in 2 by-products: Real NDVI orthoimage, where each pixel takes the real value of the index in question (between -1 and 1), in such a way that it facilitates exhaustive studies but requires advanced software; 8-bit NDVI orthoimage, where each pixel takes the value of the index in question but discretized to an integer range between 0 and 200, so that it facilitates an overview.