Abstract
Multi-mission Information System at DLR: A prototype for Planetary Research Data and Publications
Highlights
In the recent years, further discussions and demands came up to push the sustainability and reusability and, last but not least, the interoperability of research data within different scientific disciplines
Summary: UKIS, as DFD-developed software framework for web-based geographic information systems, together with an infrastructure providing geospatial data access and data management services, such as the DFD-hosted EOC Geoservice, are the ideal basis for such a spatial platform due to their stable architecture. Both can adapt to other spatial reference systems, as well as provide and visualize the planetary data after individual system configuration
This is considered a prerequisite for guaranteeing a continuous and long-term use of scientific information and knowledge within the departments, the institute and potentially outside of DLR
Summary
Further discussions and demands came up to push the sustainability and reusability and, last but not least, the interoperability of research data within different scientific disciplines. Further federal initiatives like Nationale Forschungsdateninfrastruktur (NFDI) on national and the European Open Science Cloud (EOSC) on European level were established in order to provide a trusted and virtual environment that cuts across borders and scientific disciplines to store, share, process and re-use research digital objects. All these initiatives based on FAIR principles in order to create findable, accessible, interoperable and reusable data [7]. This includes a great potential to create a sustainable reuse of historical, current and future information
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