A new study indicates an increase in future floods frequency in response to wetter winters, but only for so long.

A recent Bjerknes study shows that the Gulf Stream’s Arctic limb is constrained by its heat transfer from the south.

A new study demonstrates that natural variability in the Arctic is large, and is not conflicting the global warming trend.
 

A “perfect storm” of nutrients and light brought the North Pacific to life 14,000 years ago during the last deglaciation.

Jacob Bjerknes, the father of modern weather forecasting, suggested that there would be a connection between European weather and temperatures in the North Atlantic. Fifty years later, Bjerknes Centre in Bergen helps to prove that Bjerknes was right in his prediction.

In a new study, scientists suggest that the pattern of ocean circulation was radically altered in the past when climates were warmer.

A new study uses the CMIP5 historical simulations to find out more about Arctic sea ice decline and ice export.

In a new study from the Bjerknes Centre for Climate Research, scientists show how the northern part of the Greenland ice sheet might be very vulnerable to a warming climate.

The temperature of the subsurface Atlantic Water in the northern Barents Sea increased rapidly during the late 1990s.

Global warming can signal bad news for the Baltic ecosystem. If the waters of the Baltic get warmer it may instigate low oxygen conditions and massive blooms of cyanobacteria ("blue-green algae").