The Atmosphere services with which you can work with the NEANIAS experts at the Open Call offers solutions in (i) atmospheric forecast, (ii) calculation of flux densities, (iii) correlation between gas emission, atmospheric conditions and earthquakes and (iv) reconstruction of stress trajectories map.
NEANIAS is organizing its first ever Open Call, providing individuals, research groups and companies with technical and financial support to develop novel initiatives to exploit our thematic services beyond their initial scope. In particular, our catalog of space services provides solutions that can be straightforwardly applied to new domains: SPACE-VIS services, the SPACE-MOS tools and the SPACE-ML services.
The first NEANIAS Open Call started and the registration is open until April-9, 2021. Do you want us to present the NEANIAS Open Call, the challenges, the awards and the application process? Don't miss this video presentation that explains everything you need to know about the Open Call.
The architecture of the NEANIAS project proposes a view in which thematic services are developed on top of more general purpose Core Services, which enable the usage of resources of the computational environment in which they are deployed, within the context of the European Open Science Cloud.
A major barrier in the exploitation of Planetary data is the lack of an effective integration of the data and the processing resources supporting the entire data management cycle, namely from data discovery till to the generation and visualization of spatial data products.
The NEANIAS Work Package 6 “Core Services Foundation and Implementation” establishes generic, cross-community services that amplify the potential of thematic services delivered by our thematic work packages (Underwater, Atmospheric, Space), enabling Open Science, and facilitating the migration to the EOSC concepts, by streamlining access to cloud resources.
EOSC Enhance is a 24-month project funded by the European Commission and tasked with progressing the vision for the European Open Science Cloud (EOSC).
NEANIAS project aims to develop and integrate services to the European Open Science Cloud (EOSC) in the field of Underwater, Atmospheric and Space research. The objective is to share these thematic services with scientific researchers of EOSC communities on these fields.
Con l’entrata in produzione di SKA (Square Kilometre Array), il più grande radiotelescopio del mondo, formato da centinaia di migliaia di radiotelescopi, l’astrofisica vedrà un vero balzo in avanti. Le dimensioni di SKA permetteranno agli astronomi di monitorare il cielo con dettagli senza precedenti, migliaia di volte più velocemente rispetto ad altri telescopi già esistenti.
NEANIAS is not only research and technology, but also the people who make it possible and put it in value. We present this conversation we had with Simone Mantovani, Managing Director at Meteorological and Environmental Earth Observation (MEEO) a small and medium enterprise located in Ferrara, Italy, in order to make NEANIAS project better known from different perspectives.