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-specific settling velocities, and organic matter characteristics Integrate observational data with physical and biogeochemical models to improve predictions of carbon flux dynamics Collaborate with
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policy are anchored both structurally and strategically in the organisation of the institute and integrated into all GWZO processes. We pursue the goal of professional equality between women and men and
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consideration. Contact Dagmar Kainmueller Integrative Imaging Data Sciences Please use our online portal and submit your application including a cover letter, CV (without photo, age and information about your
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Research & Development), focuses on assessing the CO₂ storage potential of seagrass meadows and identifying climate-resilient restoration sites in the Baltic Sea. The project integrates regional climate
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harms, but also how these harms should be redressed through multi-sited ethnographic fieldwork. This fieldwork will be integrated with participatory design workshops to develop specific interventions
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identifying climate-resilient restoration sites in the Baltic Sea. The project integrates regional climate modeling, AI-driven simulations, and biogeochemical modeling to predict seagrass distribution under
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research studies for automated image analysis. In particular, you will: Plan, develop, and implement AI/ML algorithms for pathology image analysis. Integrate multi-modal data (e.g., genomics, clinical data
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for tomorrow's industry. Integrated into the Chair of Brewing and Beverage Technology is the working group BioPAT and Digitalization, which deals with issues from the fields of PAT technologies, bioprocess
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interfaces (application programming interface, API) for system control are being developed in order to automate both process monitoring and process control. The API-based integration of the digital twin
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–biodiversity relationships are linked to acoustic comfort–restoration outcomes. The models will integrate spatially-explicit structural complexity variables, landscape imperviousness variables, biodiversity