April 15, 2019 / Silke Wieprecht

EU cooperation project "DIRT-X" approved

The project DIRT-X is funded within the framework of the call for proposals "Assessment of Cross(X) - sectoral climate Impacts and pathways for Sustainable transformation" co-funded by the Horizon 2020 Framework Programme of the European Union. The project runs from 2019 to 2022 and is being carried out in cooperation with Leibniz University Hannover, Norwegian University of Science and Technology (Norway), University of Innsbruck (Austria), Utrecht University (Netherlands) under the leadership of the Swedish Meteorological and Hydrological Institute (Sweden).

The DIRT-X project deals with the question of the extent to which future changes in climatic and socio-economic conditions will affect water resources and the available storage volume of reservoirs. This is done by a comprehensive integration of climate projections, impact models and an analysis of the resulting changes in the system. To this end, stakeholders from relevant areas are involved. In addition to the cross-sectoral aspects of climate change, the project also investigates the effects of climate change across scales, both spatially and temporally. DIRT-X considers hydrological and hydro-morphological processes on spatial and temporal scales to simulate current and future environmental systems. Thus, a better understanding and a more accurate quantification of the impacts and uncertainties associated with climate impact assessments will be achieved. This will increase the quality, reliability and usability of the models for climate services. The Climate Impact Indicators developed in this project are based on the latest Representative Concentration Pathways. Furthermore, hydrological process modelling will be integrated with economic models in order to assess water demand, cross-sectoral conflicts and energy systems and to investigate the economic consequences of hydrological changes. In addition, the project will further develop and improve models to analyze the interactions and economic value of water use in different sectors and to assess their response to changes in discharge and storage volumes.


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