Excited about transforming how food resources are managed under rapidly shifting climate change? Are you eager to learn cutting-edge techniques to make a real-world change to food sustainability and conservation? Apply for this PhD to innovate novel tools for predicting fish population responses to climate change and tackle urgent challenges in marine conservation and fisheries. Read more
Subtropical reef ecosystems with coral communities differ from their tropical coral reef neighbours, as they are shaped by a biogeographical overlap of taxa at their range margins, endemic species and seasonal species assemblages (Sommer et al. Read more
*Please note that this PhD will be hosted at Swansea University*. Join an exciting, interdisciplinary PhD project designed to push the boundaries of our understanding of blue carbon in marine ecosystems and contribute to cutting-edge marine science. Read more
*Please note that this PhD will be hosted at Swansea University*. Join an exciting, interdisciplinary PhD project designed to push the boundaries of our understanding of blue carbon in marine ecosystems and contribute to cutting-edge marine science. Read more
Marine mammals are keystone species for marine ecosystems. Understanding how they could be impacted by climate heating is important for evaluating risks to marine biodiversity, ecosystem function and ecosystem services. Read more
Marine biodiversity is essential to the functioning of the Earth’s ecosystems, and supports a range of ecosystem services including food production, climate regulation, and cultural values. Read more
Supervisors. Lead Supervisor Darren Croft, University of Exeter, Psychology. Additional Supervisors. Stephanie King, University of Bristol, School of Biological Sciences. Read more
*Please note that this project will be hosted at the Natural History Museum, London*. Background. The red calcified coralline algae are intriguing organisms. Read more
*Please note that this project will be hosted at the Natural History Museum, London*. Background. The red calcified coralline algae are intriguing organisms. Read more
Vibrational communication is widespread across the animal kingdom, with animals using vibrational waves in the ground and substrates in order to communicate and sense their environment. Read more
Supervisors. Lead Supervisor Ulrike Bauer, University of Exeter, Biosciences. Additional Supervisors. Christoph Grüter, University of Bristol, Biosciences . Read more
*Offer only available for the duration of your active subscription, and subject to change. You MUST claim your prize within 72 hours, if not we will redraw.
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