The Mediterranean checkpoint has delivered its first report. Their approach was to select a number of applications and determine how easy it was to access and use the data needed for these applications and how fit for purpose the data were. This was a paper exercise. The next step will be to try real case studies on a number of these challenges.
|
AM1 |
SCREAM (Spatially Continuous Resource Economic Analysis Model) |
air and human activities |
|
AM2 |
The MARINA-Platform project |
air, marine waters |
|
AM3 |
Oil spill forecasting for the Lebanon accident case |
air, seabed, marine waters and human activities |
|
AM4 |
Storm surge and wave modelling for coastal extreme events |
air, marine waters and seabed |
|
AM5 |
Coastal upwelling indicators |
air |
|
AM6 |
Oil Spill Decision Support System; Don Pedro vessel spill on Ibiza beaches, July 2007 |
air, marine waters, seabed, biology/biota |
|
MW01 |
EEA Climate Change Report Assessment |
marine waters |
|
MW02 |
Use of global datasets for hydrological predictions |
fresh water |
|
MW03 |
Near-real time in situ data for calibration/validation |
marine waters |
|
BB01 |
Assessment of Mediterranean Sea stocks |
biology/biota and human activities |
|
BB02 |
Alien species and stocks |
biology/biota |
|
BB03 |
Fishery impact on the sea floor in the MFSD |
human activities |
|
BB04 |
Fishery impact on sea turtles in the Mediterranean Sea |
biology/biota |
|
SBD01 |
RESPONSE Project - LIFE Environment program |
seabed and human activities |
|
SBD02 |
Assessment of Coastal Protection in Europe |
seabed, human activities and marine water |
|
SBD03 |
Mediterranean Beach Erosion Study Cases |
seabed |
|
SBD04 |
Tsunami travel time maps |
seabed |
|
SBD05 |
Relevant bathymetry for biological assemblages of conservation interest in the submarine canyons and numerical cumodelling |
seabed marine waters, biota, human activities |
