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Published in the Science of the Total Environment, researchers from the Coastal & Marine Research Centre and the School of Engineering & Built Environment assessed 30 years of sand movement around Fingal Head (New South Wales, Australia), discovering that storm-driven waves and sediment availability facilitated sand bypassing headlands, both of which were susceptible to climate change. “Powerful erosion events can occur all along the Eastern Australia Coastline when conditions prevent migrating sand from bypassing headlands,” said PhD Candidate, Ana Da Silva from the Coastal and Marine Research Centre at Griffith University. “This study of Fingal Head gives us a better understanding of the natural process of sand migration around headlands and its interaction with weather, waves, and climate drivers such as El Niño/La Niña and how these change over seasons, years and decades.

Fingal headNew south walesGold coastMarine research centre at griffith universitySchool of engineering built environmentCoastal marine research centreTotal environmentMarine research centreBuilt environmentEastern australia coastlinePhd candidateDana da silvaEastern australia coastArtificial tweed sand bypassவிரல் தலைபுதியது தெற்கு வேல்ஸ்