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

Urban heat island (UHI) and urban pollution island (UPI) effects are two major challenges
that affect the liveability and sustainability of cities under the circumstance of climate change …

Planting trees is considered to relieve the thermal load. However, trees may" pollute" the air
quality. Tree net effects should receive more attention, but only a few studies have …

Can green vegetation absorb air pollutants and control regional air pollution? The existing
research has not reached a consistent conclusion on this issue. Using the multi-level data in …

With rapid economic development and increasing population, the urbanization process is
accelerated, and serious air pollution threatens human health. Urban green infrastructure …

Urban green space morphology (UGSM) yields more overall ecological benefits in high-
density urban areas. However, the types of UGSMs and the scale effects of the spatial …

As the fine particulate matter (PM 2.5) polluting seriously threat people's health, exploring its
mitigation strategies has become an urgent issue to be studied. Urban land use, the carrier …

Trees have been reported to help reduce streetside air pollution, hence reduce public
exposure risk to traffic-related air pollutants such as particulate matter (PM). This study …

Urban parks have been widely proved to be effective in reducing particulate matter pollution,
but there is still a knowledge gap in quantitatively evaluating their reduction effects. The …

Increasing studies worldwide have examined the impacts of urban forests on mitigating
atmospheric particulate matter (PM) over the past decades. These scattered studies …