Air pollution is strongly tied to climate change. Industrialization and fossil fuel combustion
are the main contributors leading to climate change, also being significant sources of air …

Along with the increase of big data and the advancement of technologies, comprehensive
data-driven knowledge of urban systems is becoming more attainable, yet the connection …

Identifying combined pollution risk areas is difficult because of the complex pollutant sources
and heterogeneous soil properties in urban systems. This study used bivariate local Moran's …

Understanding the difference of greenspace in different urban areas is a critical requirement
for maintaining urban natural environment and lessening environmental inequality …

A growing body of evidence has proven that urban greenspace is beneficial to improve
people's physical and mental health. However, knowledge of population exposure to urban …

Nature-based recreation in urban areas is important for the well-being of citizens. Spatial
quantification of recreation service supply and demand can support urban greenspace …

China's rapid urbanization process has accentuated the disparity between the demand for
and supply of its park recreational services. Estimations of park use and an understanding of …

Based on the provincial panel data in China for 2001–2017, this article explores the impact
of incoordination between land and population urbanization on environmental quality from …

Extremely high fine particulate matter (PM2. 5) concentration has been a topic of special
concern in recent years because of its important and sensitive relation with health risks …

Cities are severely affected by air pollution. Local emissions and urban structures can
produce large spatial heterogeneities. We aim to improve the estimation of NO 2, O 3, PM …