Sulphur isotope analysis of archaeological materials provides information on past
ecosystems, palaeo-diets, migration and mobility. This review covers the geochemical …

Oceanic emissions of volatile dimethyl sulfide (DMS) represent the largest natural source of
biogenic sulfur to the global atmosphere, where it mediates aerosol dynamics. To constrain …

Particulate pollution from anthropogenic and natural sources is a severe problem in China.
Sulfur and oxygen isotopes of aerosol sulfate (δ34Ssulfate and δ18Osulfate) and water …

The oxidation of SO 2 to sulfate is a key reaction in determining the role of sulfate in the
environment through its effect on aerosol size distribution and composition. Sulfur isotope …

Recently air pollution is seriously threatening the health of millions of people in China. The
multiple sulfur isotopic composition of sulfate in PM2. 5 samples collected in Beijing is used …

Sulfate and nitrate are important components of atmospheric PM2. 5, which is the main
contributor of haze. Therefore, studying the sources and formation mechanisms of …

Sulfate (SO42–) is an important chemical species in atmospheric aerosols, which strongly
impacts atmospheric chemistry processes and climate change. Stable sulfur isotopes (δ34S) …

Sulfurous gases released by biogenic sources play a key role in the global sulfur cycle.
However, the contribution of biogenic sources to sulfate aerosol in the urban atmosphere …

Atmospheric sulfate aerosols have a cooling effect on the Earth's surface and can change
cloud microphysics and precipitation. China has heavy loading of sulfate, but their sources …

Air pollution by particulate matter is a serious problem in Beijing. Strict pollution control
measures have been carried out in Beijing prior to and during the 2015 China Victory Day …