Extreme wind-driven storm events have the potential to erode beach systems. Along East Coast of Australia, been responsible for erosion in many coast-facing, open beaches. This paper investigates impacts storms on partly sheltered estuarine beaches—a niche found within Batemans Bay, New South Wales (NSW), along Coast. It combines geomorphological data with meteorological and oceanographic evalu...

Beach nourishment is a soft engineering technique that used to combat coastal erosion. To assess the efficacy of beach program on northwest coast Lord Howe Island, remotely coordinated drone-based monitoring was undertaken at Lagoon Beach. Specifically, hypotheses were tested could increase dune height and width where sand translocated but would not have any long-term impacts other parts beach....

Cross-shore sediment transport is one of the effective factors in erosion and sedimentation, and affects dynamics of the beach profile in coastal areas. Furthermore, sandbar migration due to cross-shore sediment transport mostly effects beach nourishment, displacement of pollutions trapped in sediments, and organism and plants’ lives.  In this manuscript, sandbar migration due to cro...

Long-term coastal management of beach/dune systems requires the definition and assessment storm events. This study presents a framework using statistical analyses numerical modelling (XBeach) to characterize events investigate their impact on erosion. The method is developed exemplary data from Formby Point Sefton coast (UK), which has complex beach morphology frontal dunes. Relevant are classi...

Abstract. In many parts, coastal erosion is severe due to human-induced zone development and storm impacts, in addition climate change. this study, the beach risk was defined, followed by a quantitative assessment of potential based on three components associated with watershed, development, episodic storms. On an embayed beach, background watershed affects sediment supply from rivers while alo...