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ice Sheet and Ocean Tipping Indicators, Processes, Impacts and Challenges (ISOTIPIC)’. The aim of this project is to understand the processes controlling key tipping points (TPs) associated with
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area at risk is the Fens of the East of England which produces 11% of the agri-food economy in 4% of agricultural lands. Both sea-level rise and water abstraction can increase the risk of salinisation
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economy in 4% of agricultural lands. Both sea-level rise and water abstraction can increase the risk of salinisation of groundwaters and both are set to increase as Climate Change progresses. It is
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of academic and industry opinion. Applications are invited for a fixed term Postdoctoral Research Associate for the project Water Buffalo Commons. Starting as soon as possible for a 6 month duration to cover
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of academic and industry opinion. Applications are invited for a fixed term Postdoctoral Research Associate for the project Water Buffalo Commons. Starting as soon as possible for a 6 month duration to cover
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greenhouse gas emissions.¿ You will be involved with a work package focused on drainage ditches, greenhouse gas emissions and water quality, as well as sampling and analyses of peat core chemistry. The work
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and apply novel operando X-ray spectroscopy techniques to understand the activity and stability of promising electrocatalysts for water splitting and the reduction of carbon dioxide. This will involve
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the activity and stability of promising electrocatalysts for water splitting and the reduction of carbon dioxide. This will involve the use of laboratory X-ray absorption spectroscopy (easyXAFS300+) and advanced
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UKRI STFC-supported project ‘Understanding the origin and diversity of water-soluble carboxylic acids in pristine meteorites,’ led by Dr Queenie Chan, which aims to understand the formational pathways
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Ludmilla Steier (Co-I), for a period of up to 24 months. The project involves the discovery of more efficient, selective and stable electrocatalysts for efficient oxygen evolution from water using