Coastal cities around the world are increasingly exposed to flood risks due to climate
change, resulting sea level rise and more intense storm surges as well as due to growing …

Nature-based solutions are rapidly gaining interest in the face of global change and
increasing flood risks. While assessments of flood risk mitigation by coastal ecosystems are …

Low-lying coastal zones are increasingly exposed to flood risks due to global change
including sea level rise, increasing storm intensity and growing coastal population densities …

Storm surge and sea level rise (SLR) are affecting coastal communities, properties, and
ecosystems. While coastal ecosystems, such as wetlands and marshes, have the capacity to …

Flood mitigation in low-gradient, tidally-influenced, and rapidly urbanizing coastal locations
remains a priority across a range of stakeholders and communities. Wetland ecosystems act …

As exposure to coastal hazards increases there is growing interest in nature-based solutions
for risk reduction. This study uses high-resolution flood and loss models to quantify the …

As storm-driven coastal flooding increases under climate change, wetlands such as
saltmarshes are held as a nature-based solution. Yet evidence supporting wetlands' storm …

Tidal marshes and mangroves are increasingly valued for nature-based mitigation of coastal
storm impacts, such as flooding and shoreline erosion hazards, which are growing due to …

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 …

Coastal cities and their natural environments are vulnerable to the impacts of climate
change, especially sea-level rise (SLR). Hard coastal defences play a key role in protecting …