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to £42,978 Full Time Fixed Term (until 31/12/2025) Closing Date: Wednesday 17 April 2024 Reference: 2671924WR Research Fellow in Drivers of Global Water and Sediment Dynamics The post holder will undertake
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associated with landslide mech anisms that generate unstable sediment storage (or “sediment bombs”) within mountain systems, the processes that trigger downstream sediment release in hyperconcentrated flows
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shifts and global climate tipping points. The Research Fellow will work on several tasks: undertake laboratory work to generate new palaeoclimate records from South Atlantic peat sediments, assemble and
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will work on several tasks: (1) undertake laboratory work to generate new palaeoclimate records from South Atlantic peat sediments, (2) assemble and chronologically align datasets from the Atlantic Basin
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. Project #gravelbeach will address the following questions: 1. How do decadal scale morphodynamics of gravel barriers respond to changes in sea level, storminess and sediment supply, and influence coastal
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that generate unstable sediment storage (or “sediment bombs”) within mountain systems, the processes that trigger downstream sediment release in hyperconcentrated flows, and the impact that this has on subsequent
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are seeking a full-time Research Fellow to undertake quantitative research into the landscape legacies of catastrophic sediment-rich flows (SRF) in high-mountain environments. This work is being carried out as
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real-world challenges and working with students across disciplines. The School also hosts the Marine Building, home to the world-class Coastal, Ocean and Sediment Transport (COAST) Laboratory, amongst
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simulations of the last interglacial. The output from the ice sheet simulations will be integrated with sediment provenance data being produced by project co-investigators (based at Imperial College) using a
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oceanographic acoustic current meter data can be used to estimate oceanic carbon fluxes at much higher temporal resolutions than more traditional methods such as sediment traps. If successful, this work will