Atmospheric particulate matter (PM) is one of the major risks for global health. The exact
mechanisms of toxicity are still not completely understood leading to contrasting results …

With increasing concern about global climate change, quite a few cities have established the
target of achieving carbon neutrality in decades. However, urban blocks, as the fundamental …

This study evaluated a newly developed sensing device, AS-LUNG-O, against a research-
grade GRIMM in laboratory and ambient conditions and used AS-LUNG-O to assess PM 2.5 …

Few studies have investigated the effect of personal PM 2.5 and PM 1 exposures on heart
rate variability (HRV) for a community-based population, especially in Asia. This study …

This study reports on three years (2018–2020) of turbulent CO 2 fluxes measured at 144 m
above the city of Vienna, Austria using an eddy covariance system installed on the A1 …

In recent years, notable climate change has prompted more scholars to give more attention
to urban climate development. Recognized as the most accurate flux measurement method …

Road traffic is one of the major sources of atmospheric particles in urban areas. Modelling
the contribution of this source to urban pollution requires reliable estimates of emission …

Atmospheric particulate matter (PM) is a major air pollutant. PM2. 5 and PM10 pose
particularly serious threats to the ecological environment and human health. Vegetation …

Sea breeze (SB) phenomena may strongly influence air quality and lead to important effects
on human health. In order to study the impact of SB dynamics on the properties and toxicity …

Although cities are an important source of aerosol particles, aerosol number flux
measurements over urban areas are scarce. These measurements are however important …