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22 June, 2017

Otto Hahn Medal for young researcher from the Max Planck Institute for Chemistry

Thomas Berkemeier is honored for his outstanding doctoral thesis on atmospheric aerosol particles.

18 May, 2017

Farewell symposium for world-renowned climate researcher

Meinrat O. Andreae, the Director of the Max Planck Institute for Chemistry in Mainz, is retiring

21 April, 2017

Fine organic particles in the atmosphere are more often solid glass beads than liquid oil droplets

Glassy solid particles can facilitate long-distance atmospheric transport of hazardous organic pollutants

11 April, 2017

Max Planck President to speak at Munich March for Science

The global March for Science campaign is a celebration of science, emphasizing the key role that science plays in society and politics.

03 April, 2017

Cold Climates and Ocean Carbon Sequestration

Scientists use coral fossils to track the efficiency of the biological carbon pump in the past 40,000 years

20 March, 2017

Growing support for the large-scale transition to open access

Science organizations join forces to transform publishing market

21 December, 2016

Self-amplifying chemical mechanism explains severe winter haze events in China

In the aqueous phase of aerosol particles, nitrogen and sulfur oxides can react with each other and rapidly form high concentrations of fine particulate matter through a previously unrecognized mechanism.

24 October, 2016

Amazon rain helps make more rain

In the Amazon region, downdrafts bring aerosol particles from higher altitudes to the atmospheric layer where clouds form.

11 October, 2016

Four weeks at sea for climate research

Expedition with R/V Maria S. Merian from Iceland to the Azores – researchers from Kiel and Mainz get to the bottom of climate history - JOINT PRESS RELEASE OF THE KIEL MARINE SCIENCE AT THE CHRISTIAN-ALBRECHT UNIVERSITY AND THE...

09 September, 2016

Quantifying the chemical effects of air pollutants on oxidative stress and human health

New computer model provides exposure-response relationship between air pollutants and reactive oxygen species in the epithelial lining fluid of the human respiratory tract