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of Mines, University of Exeter, and the Bristol Digital Game Lab, University of Bristol, and benefit from consultation with the Mine Remediation Authority and Portland Community Partnership/Island Community
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spreads in natural waters. Training will cover microbial genomics, evolution assays, GIS, and advanced statistics, alongside transferable skills in interdisciplinary collaboration and science communication
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of benefit to a wide range of scientific communities, because the interactions of clouds with the mean climate is consistently the most difficult aspect of climate change to estimate correctly. To this end we
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will investigate how microbiome composition influences the physiological performance of bivalves under environmental stress. Combining microbial community profiling with measures of animal physiology and
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aquatic wildlife communities when a river is restored with large wood, to provide evidence-based guidance to policymakers and practitioners. It will answer three critical questions: How does large wood
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’ traits in ecological communities be used to quantify ecosystem integrity? c) What are the practical uses of traits in conservation, including assessment of ecosystems and increasing their resilience
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communities may have ecosystem level impacts that must be considered as part of sustainable management of the deep ocean, and in light of the new High Seas Treaty. This studentship will ask: how are deep-water
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will be to assess the broader environmental impacts of thermokarst changes, focusing on either biogeochemical fluxes or risks to Arctic communities and infrastructure, depending on the candidate’s
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the student to guide the research, but preliminary ideas include: Exploring whether suggested discharge limits derived from single organism experiments are protective of microbial communities; Using Bayesian
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environmental contaminants, can support the growth of bacterial communities and AMR. Wastewater environments are particularly important as they contain microplastics, resistant pathogens and antibiotics that may