Atmospheric aerosols from human activity influence climate. Uncertainties in the understanding of their effects limit our knowledge about climate change. Aa Aa Aa What is the source and ...

Aerosols are small particles (less than 100 micron in diameter) that contain a myriad of organic molecules, including water, salts, lipids, and even viruses and bacteria. Join Rommie E. Amaro of the ...

Clouds and aerosols are ubiquitous in planetary atmospheres, where they impact climate, atmospheric chemistry, remote sensing, and weather. Clouds are a vital link in the global and regional weather ...

Anthropogenic organic aerosols are carbon-containing particles emitted by humans into the air, which are classified as ...

Advances in real-time MS analysis of ambient air have transformed AQM, providing a mechanism to detect and enforce air ...

Although the Earth’s atmosphere is composed mostly of gases, aerosols and clouds have a large impact on the Earth’s radiation budget. The investigation of the climate impact of aerosols and clouds is ...

BrN contributes to about 70% of the global light-absorbing effects by organic aerosols, and its chemical evolution is the primary driver of spatiotemporal variations in organic aerosol light ...

At the CERN laboratory in Switzerland, particle physicist Jasper Kirkby studies the link between aerosols, cosmic rays and cloud formation, using the data to inform climate models. “It’s ...

Atmospheric aerosols from human activity influence climate. Uncertainties in the understanding of their effects limit our knowledge about climate change. Aa Aa Aa What is the source and ...