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, and the impact that this has on subsequent flood inundation down the river network. The successful applicant will be expected to quantify sediment flux to rivers from both shallow and deep landslides
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An exciting opportunity to collaborate on a new research project on Roman objects in British rivers. This fixed-term (11 months, or part-time equivalent) position will play a key role in the AHRC
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the practitioners on each task’s specific topic. Our team will also support the Cross River Partnership in London, as a technical partner in developing with local partners three interventions in Camden Town Unlimited
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spatial scales, from river basin to global. The post holder will be located in Central Cambridge, Cambridgeshire, UK. The key responsibilities and duties are: Explore alternative ML models for hydrological
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flood inundation down the river network. The successful applicant will be expected to quantify sediment flux to rivers from both shallow and deep landslides using remote sensing imagery, automated
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scientific research on global river and sediment dynamics in support of the UKRI funded research project, GLOSS (GLObal Suspended Sediment: drivers, trends and future trajectories). The researcher will work
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the Natural Environment Research Council to develop new technology for monitoring pollution in rivers and lakes. You will work as part of an interdisciplinary team (including engineers, environmental
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of business and management models that include river transport in multimodal chains. CRISTAL co-creates, tests and implements integrated, cooperative and innovative solutions in its three pilot partners’ areas
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talented individuals to the fixed term Career Development Fellowships in Physical Geography whose work will complement and extend the current work in one or more of our research clusters (Catchments & Rivers