Satellite data reveal a link between the amount of black carbon in the atmosphere and rates of Antarctic sea ice loss in recent years.

Dust, combustion-related soot deposits including black carbon, and microbial and algal growth on snow and glaciers are becoming more common due to the increased frequency of dust storms, air pollution ...

As soot particles become compact in their journey through the atmosphere, they scatter and absorb light and can affect respiratory tracts. When carbon burns — whether it’s the charcoal on your ...