Kristine Crous

Western Sydney University is advertising a PhD opportunity on predicting the impacts of extreme heat on Australian forests . The project is based at the Hawkesbury Institute for the Environment and involves research on how heatwaves and drought affect forest canopy function, leaf damage, water use, and the risk of future canopy collapse. This PhD is especially suitable for candidates with a strong background in mathematics , data analysis , computer programming , and an interest in vegetation modelling , plant ecology , and climate change impacts . The student will work with a state-of-the-art process-based dynamic vegetation model and collaborate with researchers studying forest responses to extreme temperatures. Supervision is listed with Distinguished Professor Belinda Medlyn and Associate Professor Kristine Crous , with additional project context from Professor Brendan Choat . The broader project theme is part of ARC-supported research on heat dose thresholds in Australian forests, linking field data, controlled-environment studies, remote sensing, and ecological modelling. Funding includes a tax-free stipend of AUD 35,188 per year for up to 3 years. The project listing also indicates RTP fee offset support, and some related project scholarships may include tuition fee waivers, insurance, and research support funds depending on the specific project. Eligibility highlights include an honours degree or equivalent, strong academic performance in a relevant area, enthusiasm for advanced research, and familiarity with climate change or ecosystem processes. Applications close on 30 June 2026 .