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JADDS- Jülich Atmospheric Data Distribution Service

Access individually tailored global atmospheric composition model results from the Copernicus Atmospheric Monitoring System (CAMS) through our performant and user-friendly web service. The data collected since 2010 serves as boundary conditions for regional air quality models worldwide.

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JADDS- Jülich Atmospheric Data Distribution Service

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  1. O. Stein, L. Hoffmann, M. Schultz, D. Mallmann Research Centre Jülich, Germany o.stein@fz-juelich.de JADDS- Jülich Atmospheric Data Distribution Service LOGO of your Pilot – organisation / initiative

  2. Tailoredglobal atmospheric composition model results from CAMS The scientific case • Global model data of atmospheric composition from the Copernicus Atmospheric Monitoring System is collected since 2010 at FZ Jülich in near-realtime • Data serves as boundary condition for regional air quality models word-wide • A performant and easy-to-use web service for sharing individually tailored model results is demanded The technical challenge • An existing server adheres to the Web Coverage Service (WCS) standard as defined by the Open Geospatial Consortium OGC, but based on a deprecated WCS version (1.1.2) • The performance of the service is limited by the server hardware and by the file-based data storage • The outdated WCS version prevents automatic harvesting of metadata for web catalogue services such as those offered by B2FIND • Storage capacity on the existing server is limited and long-time support is not fully ensured CAMS offers reliable atmospheric composition analyses and forecasts which are well recepted by the RAQ communities. Nevertheless, currently limited options to access individual data sets hamper the further extension of Copernicus product use by modellers all over the world

  3. JADDS and EUDAT Our plans for the EUDAT pilot • the server shall migrate to the central storage site of the Jülich Supercomputing Centre (JSC) at FZ Jülich (JADDS) • There, the expected growing data amount (about 25 TB/yr) can be optimally handled and made available for fast data access by external users • the WCS protocol shall be upgraded to WCS2.0 and adapt the EUDAT service structure • the current self-written WCS software package shall be replaced by a modernized and more efficient out of the box solution in order to improve efficiency and connectivity • The WCS 2.0 service shall be harvested by the EUDAT B2FIND service • Selected data products that are frequently requested shall be stored in B2SHARE • users of our web interface (JOIN) have the opportunity to store their data selections with a PID in B2SHARE for referencing them in publications

  4. The expected future impact Future prospectives • CAMS data stored on the JADDS server are available much longer than at the originating centre ECMWF and can thus be used for scientific analyses such as interpretation of field campaign data or model intercomparison projects. • Through the web interface Jülich OWS Interface (JOIN; https://join.fz-juelich.de) they can also be interactively visualized and compared to observational data • JADDS can be expanded to distribute other datasets with similar properties, such as meteorological reanalyses or satellite data products • This way, JADDS can serve as a prototype for other web services providing scientific data from the earth system

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