Densely built areas are affected by higher air-pollutant concentrations, representing a
significant risk to public health. At the same time, urban settlements have a remarkable …

This study employed a Computational Fluid Dynamics (CFD)-based back propagation
neural network (BPNN) to investigate and predict the pollutant dispersion in an ideal urban …

A significant proportion of the world's population is currently experiencing heat stress. This
results from the effects of global warming, urban heat islands (UHIs), and the growth of …

Numerous empirical studies have demonstrated that street trees not only reduce dust
pollution and absorb particulate matter (PM) but also improve microclimates, providing both …

In this study, efficiencies of eight indigenous plants of Baishnabghata Patuli Township (BPT),
southeast Kolkata, India, were explored as green barrier species and potentials of plant …

Previous studies on exposure have often omitted the impact of travelers' response to policies
during air pollution, particularly for multi-modal traffic system. To address this gap, we …

Vehicles generally move smoothly and with high speeds on elevated roads, thereby
producing specific traffic-related carbon emissions in contrast to ground roads. Hence, a …

Inappropriate planting patterns can increase pollutant concentrations and threaten human
health. This study examined three greening patterns (trees, trees+ hedges, and hedges) …

In the context of China's high-quality green development, the elimination of backward
production capacity presents ecological, social, and economic challenges in mining areas …

Vegetation in urban is commonly adopted as shelter from traffic pollutants and soil erosions,
however has an uncertain positive or negative effect on various sub-scale structures …