ALBERT

Description: Data Terra’s main mission is to develop a structure for accessing and processing data, data-products and services geared towards observing, understanding and predicting in an integrated manner the history, mechanisms and evolution of the Earth system in response to global changes and extreme events. Data Terra federates four data and services hubs dedicated to the four physical compartments of the Earth System: Aeris for the atmosphere, Odatis for the oceans, Theia for land surfaces and ForM@Ter for the solid Earth. While aimed chiefly at the scientific community, the unique research e-infrastructure also serves public and socio-economic stakeholders and its multi-source data are accessible via coherent, one-stop portals. As a digital infrastructure in the field of earth and environmental science, Data Terra works closely with Earth-observation research infrastructures and space agencies. It is backed by a continuum of distributed and interconnected platforms, proposing services that span the full data cycle from access from repositories to value-added processing, thus enabling inter- and trans-disciplinarity studies as well as exploitation of large volumes of data. At national, European and international levels (EOSC Pillar, Fair impact, Phidias, Copernicus services, …), it is advancing the development of open science, implementation of FAIR approaches, contributing to space missions and applications and to the initiative to generate digital twins of the Earth. Data Terra federates four data and services hubs dedicated to the four physical compartments of the Earth System: Aeris for the atmosphere, Odatis for the oceans, Theia for land surfaces and ForM@Ter for the solid Earth. While aimed chiefly at the scientific community, the unique research e-infrastructure also serves public and socio-economic stakeholders and its multi-source data are accessible via coherent, one-stop portals. Data Terra’s main mission is to develop a structure for accessing and processing data, data-products and services geared towards observing, understanding and predicting in an integrated manner the history, mechanisms and evolution of the Earth system in response to global changes and extreme events. Data Terra federates four data and services hubs dedicated to the four physical compartments of the Earth System: Aeris for the atmosphere, Odatis for the oceans, Theia for land surfaces and ForM@Ter for the solid Earth. While aimed chiefly at the scientific community, the unique research e-infrastructure also serves public and socio-economic stakeholders and its multi-source data are accessible via coherent, one-stop portals. As a digital infrastructure in the field of earth and environmental science, Data Terra works closely with Earth-observation research infrastructures and space agencies. It is backed by a continuum of distributed and interconnected platforms, proposing services that span the full data cycle from access from repositories to value-added processing, thus enabling inter- and trans-disciplinarity studies as well as exploitation of large volumes of data. At national, European and international levels (EOSC Pillar, Fair impact, Phidias, Copernicus services, …), it is advancing the development of open science, implementation of FAIR approaches, contributing to space missions and applications and to the initiative to generate digital twins of the Earth.