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Dr. Mukesh Kumar's lab in the College of Engineering at the University of Alabama | Water End, England | United Kingdom | 3 months ago
Dr. Mukesh Kumar is looking for highly motivated PhD students in the field of hydrological processes, data analytics, optimization and modeling. The projects in the research group seek to provide
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. The project consortium is led by the Centre for Ecology and Hydrology (CEH) and involves a number of other organisations as partners alongside Exeter. You will act as a key coordinating point for Exeter staff
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for the coupled model and with the hydrological modellers who will use glacier coverage and runoff as inputs You will join a team of investigators in the Schools of GeoScience in the University of Edinburgh, with
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. geomorphology, hydrology, glaciology, climatology, soil geography, biogeography). You will have an active involvement in the organisation and delivery of Wildlife Ecology and Conservation Science and Geography
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response of ice-marginal lakes in Greenland under climate change. Candidates should be educated to PhD level (or be very near completion) in a relevant subject e.g. Earth Sciences, Hydrology, Data Science
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, hydrology, soil science, greenhouse gas emissions and sustainability, and both environmental and economic modelling with the objective of working together to find sustainable solutions to the climate
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to these opportunities. This project’s research group combines expertise in farm business management, cropping, hydrology, soil science, greenhouse gas emissions and sustainability, and both environmental and economic
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questions across the following: modelling the response of ice sheets or the hydrological cycle to climate forcing; climate interconnections between the atmosphere and terrestrial, marine or cryosphere
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will examine the complex network of actors, networks, and actants in the pollution of freshwater and its consequences on socio-hydrological systems. Assigning anthropogenic activities as a key factor in
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). The focus in terms of processes of transport, modification and deposition of plastics, however, remains primarily on the role of hydrological processes and particularly the oceans. The role of the wind