William Edge

William Edge serves as a Research Fellow at the School of Earth and Oceans, The University of Western Australia (UWA), where he investigates marine sediment dynamics and internal wave processes. His work directly supports UN Sustainable Development Goals 14 (Life Below Water) and 13 (Climate Action) through environmental modeling and offshore renewable energy research.

His research expertise spans sediment transport mechanics, resuspension phenomena, and probabilistic modeling of coastal processes. Key methodologies include Bayesian inversion for erosion parameter estimation and Markov Chain Monte Carlo simulations applied to advection-diffusion systems. This work addresses critical challenges in continental shelf sedimentation, intertidal zone ecology, and seabed stability under nonlinear wave forcing.

Recent publications reveal a strong trend toward integrating field observations with advanced computational models, particularly focusing on suspended sediment behavior beneath internal waves and seasonal emersion mortality risks. His research bridges theoretical fluid dynamics with practical environmental management applications.

No scientific awards were documented in available sources.

While specific grant details remain unreported, Edge collaborates extensively with national marine science initiatives including the National Environmental Science Program. His 2024 co-authored report establishes research standards for Australian offshore renewables, indicating active involvement in cross-institutional environmental policy development. No student supervision information was provided.

Edge operates within UWA's marine research ecosystem, contributing to datasets on boundary-layer sediment dynamics and participating in multi-institutional projects with organizations including the Australian Institute of Marine Science.