The changing dynamics of coastal regions and climate pose severe challenges to coastal
communities around the world. Effective planning of engineering projects and resilience …

Climate change, population dynamics, the aging of built infrastructure, and their growing
complexity have gradually increased the vulnerability of coastal communities around the …

The devastation inflicted on civil infrastructure by natural disasters has the potential to result
in numerous deaths and huge economic losses. Natural hazards such as hurricanes …

Interaction between residential structures during natural hazards can lead to
interdependencies in their performance. During storm surge, for example, structures can …

This paper presents the development of a Hybrid Model (HM) integrated with a Bayesian
Network (BN) for comprehensive coastal vulnerability and risk assessment, with a focus on …

The use of nature-based infrastructure (NBI) has attracted increasing attention in the context
of protection against coastal flooding. This review is focused on NBI approaches to improve …

Impacts from natural and anthropogenic coastal hazards are substantial and increasing
significantly with climate change. Coasts and coastal communities are increasingly at risk. In …

An increasing abundance of projects demonstrate that coastal management strategies that
align engineering and ecological objectives can deliver a wide range benefits. Better …

Sea level rise, as a result of climate change, is expected to drive coastal hazards that could
bring significant damages to coastal regions in the future. However, high uncertainties …

The real impact of sea level rise (SLR) on coastal and ocean engineering infrastructures is
anticipated to be significant. The associated huge costs of coastal flooding and lasting socio …