The source attributions for mass concentration, haze formation, transport and direct radiative
forcing of black carbon (BC) in various regions of China are quantified in this study using the …

Dust significantly influences global weather and climate by impacting the Earth's radiative
balance. Based on reanalysis datasets, this study explores how the North Atlantic Oscillation …

Dust emission is a common catastrophic weather phenomenon in Northern China. This
phenomenon not only causes environmental problems, such as air pollution, but also has an …

Although variations of atmospheric dust aerosols emitted from different sources within Asia
have been studied separately in previous research, the characteristics and causes of these …

Following the Aerosol Robotic Network-Ocean Color (AERONET-OC) network scheme and
instrument deployment protocols, two fixed platforms (Muping and Dong'ou) in the Yellow …

The transport of dust aerosol in East Asia is affected by the East Asian winter monsoon
(EAWM) and westerly circulation both for modern and geological periods. There are obvious …

The high aerosol concentration (AC) over eastern China has attracted attention from both
science and society. Based on the simulations of a chemical transport model using a fixed …

Amid ongoing global warming, intense dust storms continue to plague regions despite
efforts to understand and mitigate their impacts. This study explores the connection between …

Abstract Using the Goddard Earth Observing System (GEOS)‐Chem model driven by GEOS‐
4 assimilated meteorological data, the potential influence of two La Niña Modoki events on …

Understanding the variability in aerosol concentrations (ACs) over China is a scientific
challenge and is of practical importance. The present study explored the month-to-month …