Jody M. Webster

Jody M. Webster is a Professor in the School of Earth and Environmental Sciences within James Cook University's College of Science and Engineering. His extensive publication record spanning over two decades demonstrates deep expertise in marine geology and coral reef systems, with particular focus on the Great Barrier Reef and Pacific carbonate platforms. His research integrates field studies, seismic analysis, and paleoenvironmental reconstruction to understand reef evolution across geological timescales.

Webster's research interests center on marine geological processes driving coral reef development, with emphasis on sea-level change impacts, carbonate platform evolution, and submarine geomorphology. His work examines how reefs respond to environmental shifts through Pleistocene-Holocene transitions, analyzing drowned shelf-edge reefs, bioherm systems, and spur-and-groove formations. Key methodologies include seismic stratigraphy, LiDAR mapping, and sediment core analysis to reconstruct paleoenvironments and quantify carbonate production.

Analysis of his 15 most recent publications reveals strong thematic continuity in studying reef responses to sea-level fluctuations, with increasing focus on morphodynamic controls and hazard assessment. Recent work explores carbonate platform drowning mechanisms, Halimeda bioherm ecosystems, and wave energy dissipation in reef structures. His collaborative projects frequently employ advanced geospatial techniques to model reef evolution and assess climate change impacts on carbonate systems.

Webster maintains extensive collaborative networks across marine science disciplines, evidenced by co-authorship with leading researchers from Australian institutions and international partners. His work bridges geological, ecological, and geophysical approaches to address fundamental questions about reef resilience and evolution under changing environmental conditions.