Clouds Are Highly Sensitive to Changes in Aerosol Particle Concentrations
International study published in Nature Geoscience. The discovery affects, among other things, the assessment of how much human emissions of fine particles have slowed global warming caused by greenhouse gases.
Tarfala Research Station (TRS) Anniversary Conference
Save the date: Tarfala Research Station (TRS) Anniversary Conference, Stockholm University, 25–26 August 2025, and post-excursion conference to Tarfala Research Station, 28–29 August 2025
On the 27th of January, the Bolin Centre and the SU Press Office co-organized a workshop on science communication with author and former researcher Jonas Enander.
If you are interested in climate related research and affiliated to, or work closely with, one of the Bolin Centre partners you are most welcome to join us!
Clouds Are Highly Sensitive to Changes in Aerosol Particle Concentrations
International study published in Nature Geoscience. The discovery affects, among other things, the assessment of how much human emissions of fine particles have slowed global warming caused by greenhouse gases.
Clouds in the lower atmosphere are much more sensitive to changes in the concentration of atmospheric aerosol particles than previously thought. This is shown by an international study published in Nature Geoscience. The discovery affects, among other things, the assessment of how much human emissions of fine particles have slowed global warming caused by greenhouse gases.
"Of course, the most exciting thing is when you make a discovery and you know you are the first to see it. Like when we realised that we had managed to map the world's oldest DNA. Such moments are hard to beat."
Save the date: Tarfala Research Station (TRS) Anniversary Conference, Stockholm University, 25-26 August 2025, and post-excursion conference to Tarfala Research Station, 28-29 August 2025