Oceana

[ad_1] The Atlantic Niño, a key climate pattern in the tropical Atlantic Ocean and the counterpart to the well-known El Niño in the Pacific Ocean, influences rainfall, hurricanes, and other climate and weather worldwide. Scientists recently identified two distinct variations of the Atlantic Niño phenomenon that arise under different conditions, but those mechanisms have been […]

[ad_1] The ocean is a crucial player in the global carbon cycle. Credit: NOAA Every year, scientists at AOML participate in the international effort led by the University of Exeter’s Global Systems Institute in developing the annual Global Carbon Budget Report, an assessment of global carbon emissions and the progress towards achieving the climate goals

[ad_1] Clouds likely amplify warming, a new study has found. Credit: NASA Clouds play an important role in how much the Earth warms when greenhouse gases like carbon dioxide increase. However, scientists have struggled to determine whether low-level clouds in the tropics slow down or speed up global warming, creating uncertainty in climate predictions. A

[ad_1] The Atlantic Meridional Overturning Circulation stretches thousands of miles. Credit: NOAA A recent study by scientists at AOML found that extensive weakening of the Atlantic Meridional Overturning Circulation (AMOC) occurred in the 2000s, but has paused since the early 2010s due to a tug-of-war between the natural and anthropogenic signals.  The AMOC is the

[ad_1] Sea level rise increases the risk of flooding. Credit: NOAA Along the U.S. Mid-Atlantic Coast, sea level naturally follows a seasonal cycle, typically lowest in winter and highest in late summer, driven by the ocean and atmosphere. Coastal communities in this area are experiencing more extreme sea level changes, which are increasing the risk