Related topics: aerosols · climate models

New technology tracks tiniest pollutants in real time

Researchers may soon have a better idea of how tiny particles of pollution are formed in the atmosphere. These particles, called aerosols, or particulate matter (PM), are hazardous to human health and contribute to climate ...

Climate impacts of changing aerosol emissions since 1996

The re-distribution of anthropogenic aerosol emissions from Europe and North America towards China and India between 1996 and 2010 has surprisingly warmed rather than cooled the global climate. This result reinforces the ...

CLOUD sees through the haze

The CLOUD (Cosmic Leaving OUtdoor Droplets) experiment at CERN, which is studying whether cosmic rays have a climatically significant effect on aerosols and clouds, is also tackling one of the most challenging problems in ...

Major enigma solved in atmospheric chemistry

According to their results, these extremely low-volatile organic compounds consist of relatively large molecules which contain an almost equal number of carbon, oxygen, and hydrogen atoms. The scientists present a plausible ...

Brown carbon works both sides of the climate equation

There is an atmospheric particle not satisfied with only a single role in the climate. The ambitious culprit? Brown carbon aerosol steps outside the box and acts to both warm and cool the climate. A brown secondary organic ...

Understanding the impact of brown carbon on climate

If you've ever flown into a major metropolitan area and noticed haze hovering over the city, then you've seen brown carbon aerosols. While most people are familiar with the visual impact of brown carbon, scientists are learning ...

Pollen influences optical properties of the atmosphere

Pollen reflects more sunlight than previously known, and makes up to one third of the total amount of aerosol particles in the atmosphere. Aerosol particles influence optical depth which provides a measure of the opacity ...

Aerosol-cloud interactions may predict climate change

(Phys.org) —University of Arizona researcher Armin Sorooshian and his research team are on a mission to find missing pieces of an atmospheric puzzle that will help scientists better understand aerosol-cloud interactions ...

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