Previousstudies on the cooling of urban vegetation mainly focused on its transpiration or
shading effect separately, neglecting to explore the combined evapotranspiration-shading …

Traditional satellite or land use-derived indicators for assessing residential green space
(RGS) exposure have limitations in predicting health benefits, owing to the individual …

The urban heat island (UHI) effect exists both during daytime and nighttime and varies with
urban characteristics, such as 2D/3D urban morphology and socio-economics. However …

The benefits of urban green spaces (UGSs) for human health have been extensively
documented. Nevertheless, few studies have incorporated multidimensional UGS exposure …

Extreme heat events in cities necessitate closer examination of urban vegetation'capacity to
mitigate extreme hot weather. However, the cooling capacity of vegetation (CCV) and its …

The cooling effect of urban parks (PCE) is widely recognized as an effective way to improve
the urban thermal environment. While the influence of various background meteorological …

The growing awareness of the health advantages offered by forests has underscored the
significance of forest exposure as an upstream preventive measure against disease. While …

Monitoring urbanization processes is important because they are often accompanied by
intensive landscape pattern transitions and pluralistic socioeconomic changes. To effectively …

Although greenspace exposure has physiological health benefits, there is insufficient
research on the threshold effect of health benefits in typical urban landscapes. Here we …

Urban wetlands are important blue–green spaces in cities and, hence, play a pivotal role in
regulating local urban ecological environments and thermal conditions. However, despite …