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, Southampton), you will advance the science of predicting global flood hazard and risk. In particular, you will integrate global population datasets, Global Flood Modelling (GFM) predictions and satellite
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Tatem (Director of WorldPop, Southampton), you will advance the science of predicting global flood hazard and risk. In particular, you will integrate global population datasets, Global Flood Modelling
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scalable, transferable, platform for integrated flood risk assessment. Your work will focus on flood risks, to enable hydraulic modelling to be deployed and to co-design new tools and mitigation strategies
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quantitative social scientist / health economist to join the LSHTM REACH project team. The REACH project is funded by the ESRC and aims to Build Resilience to Floods and Heat in the Maternal and Child Health
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and assessing their interaction and use of the DT. The job involves interdisciplinary and transdisciplinary working with organisational stakeholders working in flood risk management in the Hull area
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of Great Britain, providing natural protection from coastal flooding and erosion, and supporting unique ecosystems. However, our ability to predict their morphodynamics is limited. This NERC funded project brings
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Barrier Resilience in a Changing Climate (#gravelbeach) project. Gravel barriers represent up to 20% of the wave-exposed coastline of Great Britain, providing natural protection from coastal flooding and
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gains, water quality improvements, flood risk reduction and recreation benefits. Please ensure you read the Job Description and Person Specification for full details of this role by clicking
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assessing their interaction and use of the DT. The job involves interdisciplinary and transdisciplinary working with organisational stakeholders in flood risk management in the Hull area. The process involves