This PhD project at the University of Southampton focuses on modelling the migration patterns of pollinating bats and their critical role in sustaining ecosystems and human societies. The research aims to understand how long-distance bat migrations are synchronized with flowering plants, a process influenced by environmental variables and habitat productivity. By integrating approaches from biodiversity, ecology, zoology, data science, machine learning, and remote sensing, the project seeks to reveal the mechanisms underpinning bat migration and the ecosystem services they provide. Supervised by Dr VZG Zamora-Gutierrez, Prof J Dash, Dr K Peh, and Prof J Travis, the student will join the School of Ocean and Earth Sciences, benefiting from interdisciplinary expertise and access to cutting-edge research facilities. The project is ideal for candidates interested in conservation biology, ecological modelling, and the application of advanced computational techniques to real-world environmental challenges. Applicants will have the opportunity to develop skills in data analysis, remote sensing, and machine learning, contributing to a deeper understanding of how environmental changes impact pollinator dynamics and ecosystem health. The research outcomes are expected to inform conservation strategies and policy decisions related to biodiversity and ecosystem management. The application deadline is 8 January 2026. Prospective students are encouraged to prepare a strong application highlighting their academic background and research interests relevant to the project. For more information and to apply, visit the official project page.