Researchers at Scripps Institution of Oceanography and the Department of Chemistry and Biochemistry at UC San Diego succeeded in creating the largest phytoplankton bloom in a wave flume in history as ...

The tiny particles are effectively invisible to most instruments but may play a role in stratospheric chemistry ...

An academic researcher’s frenetic life sounds relaxing to Jose-Luis Jimenez these days. Since March, the analytical and atmospheric chemist at the University of Colorado Boulder has worked nonstop, ...

New research led by Scripps Institution of Oceanography at UC San Diego has confirmed that coastal water pollution transfers to the atmosphere in sea spray aerosol, which can reach people beyond just ...

The internationally leading aerosol researcher has become a Scientific Member of the Max Planck Society. From September 2024, she will establish a new Department for Aerosol Chemistry at the Max ...

New research published in Science Advances documents for the first time ever the early processes of aerosol formation. Aerosols, which are suspensions of fine solid particles or liquid droplets in a ...

Understanding the partitioning of molecular constituents between the gas and particle phases is central to the whole endeavour of aerosol science. This project applies ultra-sensitive techniques to ...

New high-altitude measurements have revealed a hidden population of extremely small, organic-rich aerosol particles in the lower stratosphere. The findings suggest that these ultrafine aerosols, ...

Respiratory particles emitted during human exhalatory events span a wide size range, from large macroscopic droplets to small aerosol particles. Although these droplets (>100 μm diameter) and aerosols ...

The physical and chemical properties of aerosol particles and trace gases effect the air quality and climate. It’s important to understand how atmospheric aerosols form and the role they play in the ...