Congratulations Cathy Li on a successful #DissertationDefense! This #IMPRS #PhD candidate defended her thesis 'Atmospheric Chemistry Reactions in a Turbulent Flow: Application to an Urban Environment' today. pic.twitter.com/jbDqKvh286

The ocean CO2 uptake is predictable for two years in advance, according to new paper in @ScienceAdvances by Li et al. The study combines observation-based estimates with models to enhance understanding about global carbon cycle and its future prediction. bit.ly/2v8RxR4 pic.twitter.com/sZVMyMQ1IG

Climate changes during #HeinrichEvents were caused by a succession of effects of iceberg calving and ice sheet elevation loss. @iceflo_de et al. were the first to observe both effects in one simulation using #MPI_ESM coupled with the ice sheet model PISM: bit.ly/2GptBzj pic.twitter.com/Xvowtw7bDa

Congratulations to #IMPRS #PhD candidate Tobias Haufschild who successfully defended his thesis yesterday entitled 'Stratospheric Controls on Northern Hemispheric Storm Tracks'! #DissertationDefense pic.twitter.com/LN4fnSvnmW

Which climate futures are possible and which are plausible? New cluster of excellence “Climate, Climatic Change, and Society” is guided by this question + brings together several institutions exploring climate change with broad transdisciplinary expertise. cliccs.uni-hamburg.de pic.twitter.com/X2T98TyySM

Jian Peng and his colleagues show that the Madden–Julian Oscillation (MJO) has impacts on global hydrological extremes particularly over monsoon regions! Their method could advance drought and flood prediction systems for e.g. agricultural monitoring. sciencedirect.com/science/articl… pic.twitter.com/UhIg0LkowM

For the first time, a team of scientists from @PIK_Climate and @MPI_Meteo succeed with a computer simulation that fits sediment data of climate evolution over the past 3 million years. The onset of ice ages was mainly triggered by a decrease of #CO2 level. advances.sciencemag.org/content/5/4/ea… pic.twitter.com/QWokldXhKH