This work package collects use cases based on the requirements of scientific communities. Pilots run to validate the proposed solutions, which will be trans-national by design and general enough to be extended to other communities with minimal changes.
The pilots include resources and cost study, in order to understand their feasibility and propose a viable business model for the resulting services. The selected use cases are connected to real scientific production and intent to improve the usage of data from a FAIR perspective.
The need for “data FAIRisation” is important, diversified and specific for each community (nanotechnologies, environment -ocean, atmosphere, continental surfaces, health, humanities, biodiversity, solid earth). They are more or less structured and have developed tools and services adapted to their specific needs and constraints. The objective is to prepare scientific communities to be involved in EOSC.
The main objectives of this work package are to:
The initial set of scientific use cases was expanded through an open call for participation, inviting communities and their developers to bring forward thematic services to enhance the portfolio of the project and the EOSC Portal. You can discover the extra use cases awarded via the open call at this link.
Due to data exploration complexity, provenance management is a key component in order to guarante
...Earth Environment Sciences & Geosciences require a large panel and volume of data from satell
...The agriculture, food and environment research community faces many challenges common to all: Eas
...Leveraging the experience of Software
...This task aims to identify and develop use cases based on Social Sciences and Humanities (SSH) co
...Galaxy is a widely adopted workflow management system for bioinformatics, aiming to make computat
...Seismological web services have been designed some years ago with particular types of user and da
...At GEOFON data centre is very difficult to offer big pre-assembled datasets to be downloaded, due
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