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- Oak Ridge National Laboratory
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Field
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safety targets and risk-reduction measures. We are looking for a candidate to run the GFZ model chain RFM (Regional Flood Model) for catchments in Germany. This includes implementing and validating
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projections under climate change and plays a key role in evaluating flood safety targets and risk-reduction measures. We are looking for a candidate to run the GFZ model chain RFM (Regional Flood Model
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. The 2021 floods in Limburg showed that existing damage models severely underestimate actual damage for shallow inundations — your research will close that gap. About FIRM Flood Insurance and Risk Management
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, vegetation and NDVI, imperviousness, albedo, Land Surface Temperature, climatic comfort, terrain and drainage characteristics, and flood hazard/exposure. Assess the environmental impacts of verticalisation
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. Research activities will evaluate how belowground plant traits and soil properties vary across inundation and salinity gradients in Gulf Coast wetlands. Potential areas of focus include belowground root
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can also qualify) Knowledge of hydrological processes and flood risk Experience in statistics, particularly extreme value statistics, and hydrological modelling Good programming skills Very good
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or Mathematics (significant work experience in the field can also qualify) Knowledge of hydrological processes and flood risk Experience in statistics, particularly extreme value statistics, and hydrological
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interactions vary across inundation and salinity gradients to shape ecological, hydrological, and geomorphological responses to abrupt disturbance. A cohort of postdoctoral researchers will be hired across
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projects focused on disaster resilience, coastal engineering, hydrodynamic and morphodynamic coastal processes, and flood risk reduction. IDRT is dedicated to enhancing disaster resilience by bridging
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methodology for characterizing and prioritizing private working lands based on flood mitigation potential and land‑conversion risk. Support creation of a Texas Coastal Prairie value–risk prioritization map