Jean Iaquinta

The main objective of RELIANCE (https://www.reliance-project.eu/) is to provide Earth Scientists and Copernicus user communities with an innovative and interoperable service portfolio offering for an open-by-default, efficient, and crossdisciplinary research management environment supporting FAIR data principles and Open Science. Copernicus is the European Union's Earth observation programme, providing information services that draw from satellite Earth Observation and in-situ (non-space) data. This wealth of information is aimed at being exploited by everyone, for the benefit of all citizens but accessing Copernicus data is difficult and often requires advanced programming skills. By offering access to Copernicus data in Galaxy and deploying Galaxy tools for analyzing and creating advanced workflows, we believe it will democratize the usage of such data and facilitate cross-disciplinary research. RELIANCE service ecosystem (Research Objects, Data Cubes and AI-based Text Mining) will be "connected" to Galaxy to facilitate the re-use of generated Research Objects from Galaxy. During GCC2021, we will present the current status and the roadmap.

Variable Resolution CESM (version 2.2.beta3) outputs (history files, NetCDF format). This dataset corresponds to the months 2006-07 to 2010-12 of simulation using a Spectral Element grid with a global ~100km mesh and a x8 grid refinement over Europe (down to ~12km).

Advance in the development of climate models and associated data viewers and processing tools has achieved unprecedented maturity in the environmental scientific community. This progress was accompanied by the standardization of model output formats (conventions for Climate and Forecast metadata), the availability of open databases (i.e., the Earth System Grid Federation), and of the climate model codes themselves. However, scientific communities are not fully realizing the benefits of such advances because of the complexity for both running and analysing climate models. Using Galaxy makes it possible to share tools and easily (re-)run climate model runs or analyse climate data thus opening new opportunities for multidisciplinary research for instance ecology, social and human sciences. In this presentation, we will show how climate models can be run out-of-the-box, without much effort, using Galaxy platform. We will show how climate model outputs can be visualized using the same web portal.

Variable Resolution CESM (version 2.2.beta3) outputs (history files, NetCDF format). This dataset corresponds to the first 6 years of simulation using a Spectral Element grid with a global ~100km mesh and a x8 grid refinement over Europe (down to ~12km).

Variable Resolution CESM (version 2.2.beta3) outputs (history files, NetCDF format). This dataset corresponds to the months 2002-01 to 2006-06 of simulation using a Spectral Element grid with a global ~100km mesh and a x8 grid refinement over Europe (down to ~12km).

Variable Resolution CESM (version 2.2.beta3) outputs (history files, NetCDF format). This dataset is from a re-run and corresponds to the months 1995-01 (for the sake comparison) and 1995-02 (file missing from LINK) of simulation using a Spectral Element grid with a global ~100km mesh and a x8 grid refinement over Europe (down to ~12km).