Associate Professor Danielle Verdon-Kidd serves in the Discipline of Earth Sciences within the School of Environmental and Life Sciences at the University of Newcastle, Australia. She earned her PhD in Civil Surveying and Environmental Engineering and Bachelor of Engineering in Environmental Engineering from the University of Newcastle. Her research encompasses climatology, hydrology, palaeoclimatology, climate change risk assessment, adaptation planning, and extreme event analysis. Verdon-Kidd investigates the nature and triggers of extreme weather events including droughts, bushfires, storms, floods, and tropical cyclones, primarily affecting Australia and the Pacific region. She employs instrumental records alongside palaeoclimate proxies such as tree rings through dendroclimatology, speleothems, and documentary archives to reconstruct multi-centennial climate variability. This work supports assessments of landscape vulnerability, water resource management for industries, biodiversity impacts, infrastructure resilience, and early warning system development. Her fields of research include palaeoclimatology (30%), natural hazards (50%), and climatology (20%). Keywords associated with her expertise are bushfires, climate change, climate extremes, climate variability, dendroclimatology, drought, floods, heatwaves, hydrology, natural hazards, palaeoclimatology, remote sensing, stochastic modelling, synoptic climatology, tropical cyclones, and water resource management.
Verdon-Kidd has built her career at the University of Newcastle, advancing from earlier roles to Associate Professor, where she leads research and consulting projects to build adaptation capacity against climate variability and change. She supervises honours and PhD students on diverse climate extremes topics and engages communities via guest talks at events and conferences. Notable awards include the Women in Research Fellowship in 2018 and mentorship through the externally run Envisage Program in 2019. Key publications feature 'Bridging the gap between researchers and decision-makers' (2015), 'Multi-decadal variability of rainfall and streamflow across eastern Australia: observations and possible causes' (2005), 'Drought and deluge: the recurrence of hydroclimate extremes during the past 600 years in eastern Australia’s Natural Resource Management clusters' (2023), 'Effects of tropical cyclones on catchment sediment delivery to coastal ecosystems' (2024), and 'Characterising continental shelf waves and their drivers for the southeast coast of Australia' (2024). Her contributions enhance scientific understanding and practical applications in climate risk management across academic and policy domains.