China experienced severe haze pollution in January 2013. Here we have a detailed
characterization of the sources and evolution mechanisms of this haze pollution with a focus …

To elucidate the formation mechanism of haze and the important role of atmospheric
humidity in haze formation, comprehensive observations were carried out at regional sites in …

The favorable circulation pattern and moisture sources for wintertime extreme snowfall
events over East China during 1979–2017 are explored. A coupling between a Rossby …

Analogous to the circumstances in wintertime, the increasing severity of autumnal haze
pollution over the Beijing–Tianjin–Hebei (BTH) region may also lead to impairment of the …

Observational analyses suggest that natural or internal climate variability plays a crucial role
in modulating wintertime haze days in Beijing (WHDBJ) on decadal timescales, which may …

Abstract Analysis of observed PM 2.5 in Beijing since 2009 reveals that winter haze over
North China Plain (NCP) peaked in 2012 and 2013 and there was an improvement in air …

With the provincial statistical data and crop field burning (CFB) activities captured by
Moderate Resolution Imaging Spectroradiometer (MODIS), we extracted a detailed CFB …

Heavy haze pollution usually occurs in winter. However, according to the enhanced
atmospheric boundary layer (ABL) field experiments conducted in the North China Plain …

Atmospheric aerosols scatter or absorb a fraction of the incoming solar radiation to cool or
warm the atmosphere, decreasing surface temperature and altering atmospheric stability to …

The interannual variation of the wintertime fog–haze days across central and eastern China
from 1972 to 2014 and its relationship with East Asian winter monsoon (EAWM) are …