Metadata 1678
This is PSI data for Palermo, Italy. It has been provided by TRE as part of the ESA funded Terrafirma project.
Pan-European Atlas of Sustainable Geo-Energy Capacities establishes harmonized and generalized distribution maps and databases of known SGEC potentials as a basis for the pan-European online GIS atlas. Evaluated resource and capacity potentials include standardized qualitative and quantitative attributes characterizing the appraisal status, and expected performance. It embeds information resulting from both existing and new appraisal and assessment activities (improving and harmonizing pan European coverag...
Difference between the maximum and minimum annual average temperature
Annual average ground surface temperature in Europe. The values are based on the Air Surface Temperature and the temperature variation due to elevation.
Pan-European water depth suitability map, derived from EMODnet (European Marine Observation and Data Network) Bathymetry data, showing the relative suitability for offshore wind pile foundations. The relative scoring system is from 0 (null) and 1 to 5 (i.e., high to low suitability, respectively), resulting in regional water depth suitability map for pile foundations. Null values represent hexagons that extended too far inland (e.g. estuaries) and thus don’t overlay the bathymetry map, however are kept in ...
Thermal conductivity values from VDI 4640 of the outcropping lithology in Europe.
The A layer represents aquifer media with direct assignment of A index values for each aquifer material according to the proposal of the HOVER project. The aquifer media scoring was applied to IHME1500 lithology level 2 information.
The C layer represents the hydraulic conductivity of IHME1500 Level 2 legend classes averaged from literature data with direct assignment of the C index following the classification proposal of the HOVER project.
The D layer represents depth to groundwater table from the surface, reclassified to D index values from 1 to 10 according to class breaks proposed by Aller et al. (1987).
DRASTIC represents the groundwater pollution potential of the upperemost aquifer systems over Europe in five classes 1 - 5 (very low, low, moderate, high, very high) on a 1 km pixel basis. The DRASTIC index according to Aller et al. (1987) is constituated as a weighted linear sum of seven environmental parameters (Depth to water table, Net recharge, Aquifer media, Soil media, Topography/slope, Impact of vadose zone media, Hydraulic conductivity) with parameter classes scored from 1..10 for their specific i...