Mitchell Harley

drone shot of the recent storms at narrabeen-collaroy and wamberal nsw

New research shows coastlines across the Pacific Ocean may respond differently to El Niño and La Niña cycles.

teenage girl holding magnifying glass explores nature and the environment

We can all channel our inner amateur researcher and make a valuable contribution to science.

Waves crashing

A new study from the UNSW Water Research Lab has shown that extreme weather events could help buffer beaches from the impact of sea-level rise – by bringing in new sand from deeper waters or from nearby beaches.

the aftermath of a severe storm damaging beachfront property

Deep sand movements stirred up by intense storms may offset some of the impacts of coastal erosion caused by sea level rise.

Beach after storm

UNSW engineers are leveraging the popularity of Insta-famous sites to study severe weather events and improve coastal planning practices.

CoastSnap station at Manly Beach. Credit Larry Paice

An innovative community beach monitoring program, CoastSnap, is turning average citizens into coastal scientists to help predict coastline changes.

collaroy2.jpg

The world’s most extensive study of the impacts of coastal storm fronts in a changing climate has found that rising seas are no longer the only threat.

_mg_6323.jpg

The wild storms that hammered Australia’s east coast in June demonstrated the frightening power of nature. But for a group of hardy UNSW engineers, the tempest was manna from heaven. 

22_elnino.jpg

The projected upsurge of severe El Niño and La Niña events will cause an increase in storms – and extreme coastal flooding and erosion – in populated regions across the Pacific, a multi-agency study has found.