Modelling the dispersion of atmospheric pollutants plays an important role in regulatory and
epidemiological settings. Although the majority of modelling concepts were developed in the …

In recent years, vehicle emissions have become one of the important pollutant sources of the
urban atmosphere. Scholars and decision-makers are constantly expected to accurately …

The coronaviruses have inflicted health and societal crises in recent decades. Both SARS
CoV-1 and 2 are suspected to spread through outdoor routes in high-density cities, infecting …

Regional-scale chemistry-transport models have coarse spatial resolution (coarser than 1
km× 1 km) and can thus only simulate background concentrations. They fail to simulate the …

Understanding the dynamics of mass exchange between a street canyon and the overlying
atmosphere is crucial to predict air quality in urban areas. Despite the large number of …

Nowadays, observing, recording, and modeling the dynamics of atmospheric pollutants
represent actual study areas given the effects of pollution on the population and ecosystems …

The health and equity issues related to urban pollution, coupled with the need to assess the
consequences of implementing transport policies or new mobility solutions, make it …

Abstract Background Dioxins, Group 1 carcinogens, are emitted by industrial chlorinated
combustion processes and suspected to increase breast cancer risk through receptor …

Cadmium, due to its estrogen‐like activity, has been suspected to increase the risk of breast
cancer; however, epidemiological studies have reported inconsistent findings. We …

High particle concentrations are observed in the streets. Regional-scale chemistry-transport
models are not able to reproduce these high concentrations, because their spatial resolution …