Climate change could bring about major disruption for the Indus River and for the millions of people who depend on it. Yet why is it still so challenging to forecast the future of the Indus’ water resources? Michel Mesquita, Lu Li and others investigate that in their new book chapter.

Even though weather forecasts have become very good over the last decades, you can sometimes be waiting for snow that never falls. A new study searches for the origins of an erroneous forecast.  

Winter storm tracks near Norway are not always well represented in global climate models. A new study shows that removing known biases from the start can improve  the results. 

What caused abrupt climate swings known as the Dansgaard-Oeschger events of the last ice age?

Carbon composition is a combined signal of ocean circulation and local biological and chemical processes, a new study shows, drawing special attention to the Southern Ocean.

Ice from the Eemian, 125,000 years ago, has been found in ice cores from Greenland. But what did the ice sheet look like then? Andreas Plach writes about challenges in modeling past ice sheets. 

Some of the strongest cyclones that have hit northwestern Australia would have been more dangerous in a future, warmer climate. 

Large variability is observed in the northern extension of the Gulf Stream, but so far there are no signs of a weakened circulation.

The temperature of the subpolar North Atlantic is going lower. This implies decreasing cod stocks in the Barents Sea over the next five to six years, shows study.

Strong winds along the Antarctic coast increase the flow of cold water from the Weddell Sea into the Atlantic. Kjersti Daae explains her new study of how winds and currents interact.