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position within a Research Infrastructure? No Offer Description Utrecht University is looking for a PhD candidate for a project on hydrological modelling of groundwater and surface water interactions. Your
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EU funded ClimEx-PE project (Climate Extremes buffering through groundwater flow-based Managed Aquifer Recharge and Public Engagement). Your job The ClimEx-PE project (Climate Extremes buffering
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) at concentrations above 0.1 µg/L (the standard set by the European groundwater directive). To protect the groundwater quality, and to prevent the need for advanced treatment upon abstraction, there is a need for
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the interaction between surface water and groundwater from local to regional scales. Within this context the candidate is expected to develop an internationally renowned research line on a preferred
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numerical modelling, preferably hydrological modelling, systems modelling, or groundwater modelling; prior knowledge in handling large-scale (hydrological) datasets and enthusiasm about working with large
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unresolved. Understanding the factors driving flood trends and variability is crucial, given that floods result in billion-dollar damages annually, and these costs are steadily rising. Despite groundwater
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freshwater, a challenge exacerbated by the growing world population and climate change. Using an innovative model linking groundwater-surface water interactions, she has shown that groundwater abstraction has
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deformation model driven by groundwater variations in unsaturated soils; develop a mechanical model of surface deformation due to compaction of deep (> 200 m, sub-Holocene) rock layers driven by pore pressure
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groundwater data you will quantify management scenarios using the GEST approach to improve estimates of GHG emission and carbon sequestration potential in rewetted peatlands. Your work will lead to scientific
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-resolution products, relating for example to precipitation, evaporation and soil moisture, hydrological modelling and water discharge, groundwater storage and MGGM, global water cycle analysis, hydro-climatic