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Rationale Flooding stands as the most prevalent natural hazard. However, whilst substantial research effort has been reported in the last decade to develop high-performance physics-based models
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Rationale Flooding – the most wide-spread natural hazard – affects every country and region of the world. Flood risk is expected to increase due to climate change, as evidenced by recent recurring
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PhD in Water Resources:An integrated modelling and experimental framework for flood risk assessment. Award Summary School of Engineering Funded Studentship: UKRI annual living allowance, research
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be an essential component of the wider project which aims to explore how landslide-derived sediment and sediment bomb accumulation and release modifies flood inundation and therefore dynamic risk for
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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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investigate the interlinked risks of climate change, coastal flooding and erosion, and the UK’s historic waste legacy to develop coastal community and ecosystem resilience. Please see this link for more details
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significant benefits, such as nutrient removal, flood attenuation, and biodiversity enhancement. However, there remains a gap in the assessment of emerging contaminants, such as pharmaceuticals, microplastics
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significant benefits, such as nutrient removal, flood attenuation, and biodiversity enhancement. However, there remains a gap in the assessment of emerging contaminants, such as pharmaceuticals, microplastics
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techniques. Our aim is to comprehensively analyse and mitigate the risks posed by diverse extreme events, both natural and anthropogenic (including earthquakes, floods, storms, climate change), on built
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Research Associate in the field of quantitative geomorphology who will work on cascading landslide and flood hazards in the Garhwal Himalaya, India. The research project “Dynamic Risks for Cascading