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periods of rapid sea-level rise, with a focus on the last 12,000 years. The project is funded by the Delta Climate Centre (DCC) in Vlissingen and consists of two PhDs and one postdoc position in a
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functionality, from chemical reactions in catalysis to interfaces in nanoelectronic devices. Yet, observing surfaces at high spatial resolution while they operate remains challenging. BEAMSurf will develop a new
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traits and structure regulate below-ground microclimate and microbial carbon cycling across spatial scales. You will combine controlled experiments, field observations, remote sensing data, ecosystem flux
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functionality in response to global changes and restoration efforts at large spatial and temporal scales is essential to understand where action is needed and to monitor restoration success. Developments in
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Danish health registry data, you will work with spatial data, such as disease maps and medical imaging. Such data are highly informative but also pose significant privacy risks. Your work will focus
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boils), and used in 3D groundwater flow simulations to predict BEP potential occurrence spatially. For this you can draw on the Dept. of Physical Geography’s unique expertise on geomorphology, geology and
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trace element distributions at high spatial resolution. The resulting data will be integrated into thermodynamic models (e.g. FACTSage-based approaches) to support process optimisation and control in