Analyses of the ground and aircraft data performed by Setyan et al. (2012), Shilling et al. (2013), and Kleinman et al. (2016) showed that
organic aerosol production increased when human - caused emissions from Sacramento mixed with air rich in isoprene, an organic compound wafting from many plants that originate in the area's foothills.
Not exact matches
In one of the first studies of its kind, scientists have found that tar sands
production in Canada is one of North America's largest sources of secondary
organic aerosols — air pollutants that affect the climate, cloud formation and public health.
Using aircraft to measure air pollution over the Alberta tar sands region, the researchers found that tar sands
production emitted between 55 and 101 metric tonnes of secondary
organic aerosols per day.
The response of biogenic secondary
organic carbon
aerosol production to a temperature change, however, could be considerably lower than the response of biogenic VOC emissions since
aerosol yields can decrease with increasing temperature.