Future land system scenarios for the Mediterranean

The second presents a future, where consumption of water for irrigation is reduced, and the network of protected areas is significantly expanded. The second set of scenarios presents how land use and land management might respond to different levels of reduced water losses in the irrigation systems. Irrigated cropland in the region is characterized by different levels of efficiency.

In the study we show, that significant reductions of water losses is necessary in order to increase crop production in the region. The maps present the spatial distribution of Mediterranean land systems today and in the future (2050), and can be imported in a GIS. The maps are created in a Lambert Azimuthal Equal Area projection with a resolution of 2 x 2 km (custom projection with more details in the file "readme_projection").

We used the CLUMondo spatial allocation model in both studies. We present a novel approach, where we limit cropland intensification based on accessible water resources. Moreover, we studied what would decreases in water resources due to climate change mean to land use and land management.

More information on the model in the publications and on www.environmentalgeography.nl The resulting scenarios can be used numerous ways: Evaluating different strategies to improve cropland productivity and increase crop production (implementing irrigation, improving irrigation efficiency, cropland intensification, crop type specialization, changes to multifunctionality…) Studying changes to Mediterranean terrestrial biodiversity and landscapes Identifying areas with different priorities: crop production, livestock grazing, biodiversity protection…