Trees provide shade, absorb and reflect solar radiation, and regulate air temperature and
humidity through transpiration. Integrating these regulatory mechanisms into numerical …

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

There are many intertwined factors such as urban fabric, vegetation combination, and
meteorological conditions that influence the spatial distribution of fine particles (PM 2.5 …

Green barriers are regarded as a viable strategy for improving road air quality, and yet there
lacks consensus regarding how they can actively regulate air pollution, particularly under …

This study contributes to quantifying the coupling impacts of multiple factors including traffic,
meteorology, and built environment on particle (PM) distributions at urban neighborhood …

Green-blue-grey infrastructure (GBGI) offers environmental benefits in urban areas, yet its
impact on air pollution is under-researched, and the literature fragmented. This review …

Urban landscape patterns serve as the spatial carriers of emission sources and influencing
factors of air contaminants, which inevitably impact submicron particle (PM 1) pollution …

Examining the spatial distribution of air pollutants across urban functional areas helps to
identify pollution hotspots, evaluate the impact of air pollution, and provide a scientific basis …

This research aimed to investigate the spatial distribution of PM2. 5 in residential areas near
major urban roads during the autumn and winter seasons. A traffic pollution distribution …

Aiming at improving the capture performance of inner vortex electrostatic cyclone (ESC),
which is widely used in the field of flue gas purification, magnetic field is introduced to …