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the amount of tree cover, its spatial configuration, tree characteristics or the wider landscape context. This PhD will investigate the wildlife connectivity potential of tree-based agricultural systems
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for wildlife movement, and whether their contribution to connectivity depends more on the amount of tree cover, its spatial configuration, tree characteristics or the wider landscape context. This PhD will
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only of storing information, but also of manipulating, organising, and retrieving it through molecular data structures analogous to those used in computer science. Building on our pioneering experimental
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identifies new health and care innovations, it rarely considers factors influencing implementation. The PhD will be co-developed with the student and examine how implementation considerations can be embedded
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carrying CFH Y402H), it may also cause direct, cell-intrinsic pathology in Photoreceptors, potentially accelerating degeneration independently of RPE. This project will test that hypothesis and map the cell
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nitrogen fixation operates in nature and represents a potentially transformative step in the evolution of cellular complexity. This PhD will investigate how the nitroplast functions, how it is maintained
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the spatial distribution of stomach bugs and antibiotic resistance are linked to other risk factors. It will use national data to: Map how infections and resistance change across time and regions. Explore how
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, but its human burden is badly understood. This PhD addresses this gap, integrating multiple high‑value datasets describing metagenomic and metatranscriptomic sequencing information, clinical and