Generational mechanisms and spatio-temporal evolution patterns of Coastal urban flood risk
involve complex interactions between climate change, sea level rise and human-induced …

Abstract Increasingly, Climate Change (CC) is yielding more adverse climatic conditions that
lead to the occurrence of natural hazards. Within these CC-related phenomena, it is possible …

Currently, most of the world's economically developed and densely populated cities are built
along coasts, and populations and industries tend to concentrate in coastal areas. However …

Resilience is an important aim of climate adaptation in urban development planning. Since
2015, sponge city (SC) pilot construction in China has highlighted the importance of urban …

In the context of global climate change and rapid urbanization, enhancing flood resilience is
essential for mitigating urban flood risk. However, few studies have conducted long-term …

Increasingly frequent flood disasters have caused great losses in recent years. Urban floods
induce not only natural geological disasters but also social accidents. These disaster events …

Nature-based solutions (NBS) are increasingly proposed as a response to the growing
vulnerability of coastal areas to the risks of coastal erosion and flooding. These solutions …

Global climate change has increased the frequency of compound disasters, posing
significant challenges to coastal cities in China. This study assesses the risks of storm surge …

After the COP28 Conference, many countries are increasingly concerned about their future
practices regarding food security. In North Asia, the Northeast China is the major food …

Compound flooding, caused by the sequence/co-occurrence of flood drivers (ie river
discharge and elevated sea level) can lead to devastating consequences for society. Weak …