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About the Project Project details: The behaviour of animals determines their responses to environmental change and ultimately shapes whether populations persist or decline. Tools to record and
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little is known about the biological impact on animals, or interactions with other stressors such as ocean warming. Growth is essential in all animals, allowing individuals to reach a threshold size for
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medicine, reducing reliance on animal models and advancing mechanobiology-informed materials design. We seek a motivated, creative, and curious PhD candidate excited to bridge disciplines and co-develop
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oscillations. Disruption in a specific frequency oscillation band, termed gamma oscillations (GO), are correlated with cognitive impairment in both humans and animals. GO are the result of communication between
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developmental incompetence and importantly, fertilised mutant oocytes generate abnormal single-pronucleus zygotes, a phenotype we recently showed is likely conserved in human. Thus, our animal model provides
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biology. It contributes to more predictive and reproducible approaches in regenerative medicine, reducing reliance on animal models and advancing mechanobiology-informed materials design. We seek a
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have focused on developing latency reversing agents as a first step to eradicate the latent reservoir and animal models are being studied to understand these dynamics. This project proposes a novel
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maximum of ONE student per project. This process will ensure an excellent fit of student to project and also an excellent strategic fit of the project within the faculty. Project titles: Bayesian methods
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, animal ecology, ecosystem process measurement and new drone and sensor technologies for environmental science research. Eligibility Applicants should have a first or upper second class honours degree in
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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