Management Project for coordinating the Climate Service co-creation process of the CLARTIY CSIS. High-level tasks (issues) are defined in this repository and then broken down into concrete implementable issues in different sub repositories.
Implementation of the Modelling Workflow for Hazard Local Effects with help of
Building Blocks like Data Repositories (PostgreSQL RDBMS, Geoserver, Rasdaman (?), etc.), Catalogue of Elements at Risks and Adaptation Options (Emikat), etc.
custom scripts (to be stored in the data-package repository)
ATOS prepares the input layers for HC-LE calculation and makes them available on ATOS Geoserver instance via WMS interfaces so that they can also be used as static Background Layers.
METEOGRID transforms HC and EE input layers (from PLINIVUS, ZAMG) to the harmonised grid and makes them available on METEOGRID Geoserver via WCS and WMS interfaces
METEOGRID prepares HC-LE layers based on HC layers and input layers and makes them available on METEOGRID Geoserver Geoserver via WCS and WMS interfaces
p-a-s-c-a-l
commented
5 years ago
Implementation of the Modelling Workflow for Hazard Local Effects with help of
The results are stored in the respective data- / meta-data repositories of the CSIS. See also Configure the CSIS with some datasets
The implementation has to be documented ~in this wiki~ in the CSIS Architecture.
Roles and Responsibilities