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storm systems to everyday scenarios in a warmer climate. Model verification will draw on full‑scale measurements and wind‑tunnel experiments. This project is part of the 10‑year research initiative Civil
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climate adaptation measures. Emphasis will be placed on robustness and scalability of the modeling approaches. You will be part of a large global expert network under the IEA EBC Annex 96 - Grid Integrated
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responds to climate change in the past and present to improve future predictions of sea-level rise and Earth system feedbacks. The work combines collection of field data, remote sensing, and modelling in
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the agricultural pest, Spotted Wing Drosophila in current and future climates. This includes exploring mechanistic distribution models involving experimental data on environmental tolerances such as
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of microbes. Degradation of organic carbon in deep sea sediments is critical for marine carbon cycling and climate regulation but difficult to quantify. This project will investigate the distribution
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to contribute to the groups ongoing work on integrating environmental issues into macroeconomic models with the purpose of providing an assessment of the financial stability and physical risks given
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AI methods to head towards a green transition. This is particularly important for environmental initiatives to achieve the targeted 2050 climate neutral goals of the EU as well as the United Nations