This article aims at reviewing the state-of-the-science parameterizations for modelling dry
deposition and scavenging of atmospheric tracers, with a focus on radionuclides. These …

Quantitative measurement, estimation, and prediction of precipitation remains one of the
grand challenges in the hydrological and atmospheric sciences with far‐reaching …

The washout effect of summertime rain on surface air pollutants (O 3, CO, NO 2, SO 2, and
PM 10) has been investigated over South Korea during 2002–2012 using routinely available …

In this paper, hourly observations of precipitation, wind, and PM2. 5 and PM10
concentrations in Qinhuangdao from 2016 to 2018 were used to study the effects of …

Though it is recognized that meteorology has a great impact on the diffusion, accumulation
and transport of air pollutants, few studies have investigated the impacts on different-sized …

Though rainfall is recognized as one of the main mechanisms to reduce atmospheric
particulate pollution, few studies have quantified this effect, particularly the corresponding …

Atmospheric deposition of total organic carbon (OC) and black carbon (BC) is lacking or not
fully accounted in most current models of the global carbon cycling, specially those fluxes …

Below-cloud scavenging (BCS) coefficients of aerosols by rainfall are estimated for reported
aerosol size distributions measured during field experiments in various environments. The …

Atmospheric aerosol pollution has significant impacts on human health and economic
society. One of the most efficient way to remove the pollutants from the atmosphere is wet …

Current theoretical and empirical size-resolved parameterizations of the scavenging
coefficient (Λ), a parameter commonly used in aerosol transport models to describe below …