A recent case study indicated that the weakening of the East Asian subtropical jet was an
important cause of the severe haze in North China in the winter of 2015. However, the …

Aerosol pollution over eastern China has worsened considerably in recent years, resulting
in heavy haze weather with low visibility and poor air quality. The present study investigates …

Previous studies indicated that the meridional (northerly or southerly) wind anomalies over
East China play an important role in modulating interannual variation of the winter haze …

Severe haze occurred in the North China Plain (NCP) from November to December 2015,
with a wide spatial range and long duration. In this paper, the combined effect of the …

Abstract Haze days in Guangdong Province (GD) occur mainly in winter, with the highest
number of moderate/severe haze days occurring in January. The interannual variability of …

Future projection of diffusion conditions associated with extreme haze events over eastern
China is of great importance to government emission regulations and public human health …

Previous studies have indicated that, on a synoptic scale, severe haze in eastern China (EC)
is affected by atmospheric circulation variations. However, it is still unclear what the …

Over the past decades, Beijing, the capital city of China, has encountered increasingly
frequent persistent haze events (PHE). While the increased pollutant emissions are …

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 …

Regional haze-fog events over the North China Plain (NCP) have attracted much attention in
recent years. Their increase has been attributed to anthropogenic emissions of air pollutants …