Natalia Limones Rodríguez

Energía eólica y territorio en Andalucía: diseño y aplicación de un modelo de potencialidad para la implantación de parques eólicos

This paper analyzes the potential of the land to set up wind farms in Andalusia (Southern Spain). A locational model using the analytical capabilities of Geographic Information Systems (GIS) and Multi-criteria Evaluation Techniques (EMC) has been built. This will be able to point out the areas with the greatest potential for wind power, as well as those in which it is inadvisable or even incompatible with other activities and land use. The results highlight the existence of several constraints in Andalusia to develop wind energy, but also and above all, they provide a useful tool to promote the wind energy industry in the region in an orderly fashion.

Geovisualización de escenarios de cambio climático para Andalucía: diseño del geovisor cambia.climasig.es

This paper presents the results of research carried out for the development of a GeoVisor designed for exploitation and dissemination of data of regional climate change scenarios for Andalusia. This GeoVisor is based on the generation of interoperable OGC display. This work is the result of collaboration between the Group of Climatology Department of Physical Geography of the University of Seville and the Environment and Spatial Planning Administration of the Andalusian Government. J.M. CAMARILLO NARANJO, et al. 430 The knowledge generated in terms of techniques geovisualization BIG DATA space has been transferred to the Environmental Information Network of Andalusia (REDIAM), in order to be able to be applied to other areas of the climatological and environmental information. The input data come from the regionalized scenarios for Andalusia from techniques of statistical downscalling, from modeling (3 models CNMC3, ECHAM5 and EGMAN) and scenarios IV Report of the IPCC (A1B, A2 and B1). This work has involved the implementation of a spatial database of high volume and difficult handling has required the development of a new line of research and development that would allow the analysis and processing of data accumulated for exploitation and dissemination. The result of this collaboration is a GeoVisor that provides access to the region, at a resolution of 200 meters, scenarios average temperature and precipitation for three time horizons (2011-2040, 2041-2070, 20712100) combining models, scenarios and corresponding indicators of change.