Green Deal Data Space Community of Practice
The GREAT project aims at fostering an international cross-sectoral Green Deal Data Space Community of Practice, which will shape and constitute the future Data Space through the provision and use of data.
To facilitate the creation of the Community of Practice, GREAT calls together the core of the Community – the Task Forces, which will represent and bring on board reference Use Cases.

GDDS USE CASES

GOS4M is a GEO Flagship aimed to support the Minamata Convention on Mercury Secretariat, the UN Environment Mercury Fate & Transport Partnership and all Nations in the follow up of the Conferences of Parties (COP) related to the Effectiveness Evaluation and Global Monitoring framework.
GOS4M will develop IT applications which will be based on observations, model outputs and web tools to exploit the wealth of data made available through platforms like, for example Copernicus DIAS and GEO Knowledge Hub.

BioGIS 360 is a fundamental tool for biodiversity monitoring, developed by iptsat in collaboration with the Department of Environmental Biology (DEB) of La Sapienza University of Rome offering “one-stop shop” data research for all those seeking authoritative information on biodiversity worldwide (or at national level).
BioGIS 360 provides to companies an essential aid with the integration of considerations, reporting and biodiversity maps in their decision making aspects, in order to simplify the information exchange and promptly mitigate and manage the possible environmental impacts during the works planning

PCR-GLOBWB 2 is a grid-based global hydrology and water resources model devloped at Utrecht University. The computational grid has a 5 arc-minute resolution (~10 km at the equator) and covers all continents except Greenland and Antarctica.
Time steps for hydrology and water use are one-day, while the internal time stepping for hydrodynamic river routing is variable. For each grid cell and each time step, PCR-GLOBWB 2 simulates moisture storage as well as the water exchange between the soil, atmosphere and underlying groundwater reservoir.