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precipitation, leading to scaling within reservoirs and production wells that reduces operational efficiency. Predicting where these processes will occur is a challenge because they are controlled in part by
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address this challenge through quantifying the conditions under which geochemical alteration occurs, and the associated uncertainty in predicting reservoir behaviour. This will be done with laboratory
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between different types of tree-based agriculture? What proportion of water used by trees is derived from different soil depths and water sources? Can aboveground tree morphology be used to predict
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depths and water sources? Can aboveground tree morphology be used to predict belowground water use and root-zone water dynamics? Can mechanistic models be used to predict how different tree-based farming
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biomarkers predicting clinical outcome are lacking. Improving our understanding of the biological pathways underlying mitochondrial disease is essential for the development of better diagnostic, prognostic and
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address this challenge through quantifying the conditions under which geochemical alteration occurs, and the associated uncertainty in predicting reservoir behaviour. This will be done with laboratory
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that integrates satellite-derived embeddings with hydrodynamic simulations for real-time flood prediction anywhere in the UK. Research questions focus on learning shared representations, replacing expensive