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, combining biodiversity surveys, animal movement data, landscape modelling and remote sensing to understand how trees within agricultural landscapes influence wildlife movement and landscape connectivity
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investigate the wildlife connectivity potential of tree-based agricultural systems, combining biodiversity surveys, animal movement data, landscape modelling and remote sensing to understand how trees within
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for Rare Mitochondrial Diseases and will leverage access to a well-characterised, unique cohort of mitochondrial disease samples. Methods You will apply single-cell proteomic and genomic technologies
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lanthanophores will be integrated into our established flow system to investigate their capacity to recover REEs from environmental samples. This project will be conducted in partnership with scientists