The real-life Day After Tomorrow: Gulf Stream is WEAKENING, study saysThe Gulf Stream's weakening poses serious climate challenges, although its collapse is not expected within the century.
Why an Atlantic circulation collapse could spell disasterThe potential collapse of the Atlantic Meridional Overturning Circulation (AMOC) is a pressing climate concern with widespread impacts.
Disastrous Atlantic current shutdown is unlikely this century, new study saysThe collapse of Atlantic Ocean currents is unlikely this century according to a new study.
Ocean current could COLLAPSE this century because of climate changeThe collapse of ocean currents could lead to severe climate impacts, including freezing winters in northern regions.
The Day After Tomorrow? Climate disaster could occur at ANY timeIt's almost impossible to predict the timing of climate tipping points, which could occur within the next 6,000 years.
East Coast at higher risk of flooding due to weakening ocean currentThe weakening of the ocean current system AMOC could accelerate sea level rise on America's East Coast.Antarctic Bottom Water warming could contribute significantly to local sea level rise in the North Atlantic region.
The real-life Day After Tomorrow: Gulf Stream is WEAKENING, study saysThe Gulf Stream's weakening poses serious climate challenges, although its collapse is not expected within the century.
Why an Atlantic circulation collapse could spell disasterThe potential collapse of the Atlantic Meridional Overturning Circulation (AMOC) is a pressing climate concern with widespread impacts.
Disastrous Atlantic current shutdown is unlikely this century, new study saysThe collapse of Atlantic Ocean currents is unlikely this century according to a new study.
Ocean current could COLLAPSE this century because of climate changeThe collapse of ocean currents could lead to severe climate impacts, including freezing winters in northern regions.
The Day After Tomorrow? Climate disaster could occur at ANY timeIt's almost impossible to predict the timing of climate tipping points, which could occur within the next 6,000 years.
East Coast at higher risk of flooding due to weakening ocean currentThe weakening of the ocean current system AMOC could accelerate sea level rise on America's East Coast.Antarctic Bottom Water warming could contribute significantly to local sea level rise in the North Atlantic region.