Global climate change, especially warming, has significant implications for human health.
There are currently research gaps in the attribution of urban heat environment (UHE) …

The growing incidence of urban flood disasters poses a major challenge to urban
sustainability in China. Previous studies have reported that climate change and urbanization …

Climate change is increasingly putting pressure on urban areas and threatening millions of
lives. In this context, diverse climate models have been utilized to predict future changes in …

Urban heat waves pose a significant risk to the health and safety of city dwellers, with
urbanization potentially amplifying the health impact of extreme heat. Accurate assessments …

This study developed a quantitative flooding adaptation model, the Hazard Capacity Factor
Design (HCFD) model, to evaluate flooding risk and the effects of green–gray infrastructure …

The increasingly frequent storms pose significant threats to the sustainable development of
coastal regions, particularly in densely populated and economically vibrant areas …

Balancing the supply and demand of urban flood regulation services is crucial for refining
flood management policies. Previous studies often employed coarse evaluation units and …

Urban building affects both floodwater inundation and air flow in high-density cities,
influencing the pedestrian risk within urban blocks. Previous studies have identified physical …

China has undergone rapid urbanization since 1980s, which could in return alter the
occurrences of regional weather and sequential hazards, posing challenges to sustainable …

The increasing frequency of urban flood disasters presents a significant obstacle to urban
sustainability. Urban flood management aims to reduce the flood occurrences, currently …