These uneven distributions of heat slow down the Meridional Overturning Circulation (MOC) and affect local climates. Higher temperatures and lower amounts of salinity in surface waters are and will continue to change the MOC. Natural changes in the oceans climates occur at different time scales, causing climate events like El Nino-Southern Oscillation and Decadal Oscillation. This shows that the slow increase of heat in the Earths Ocean and atmosphere influence the strength and direction of its major current systems. These shifts in the patterns of ocean currents are capable of having great impact on the allocation and amount of marine ecosystems, which is shown by many El Nino-Southern Oscillations and their impacts on kelp forests and coral reefs
These uneven distributions of heat slow down the Meridional Overturning Circulation (MOC) and affect local climates. Higher temperatures and lower amounts of salinity in surface waters are and will continue to change the MOC. Natural changes in the oceans climates occur at different time scales, causing climate events like El Nino-Southern Oscillation and Decadal Oscillation. This shows that the slow increase of heat in the Earths Ocean and atmosphere influence the strength and direction of its major current systems. These shifts in the patterns of ocean currents are capable of having great impact on the allocation and amount of marine ecosystems, which is shown by many El Nino-Southern Oscillations and their impacts on kelp forests and coral reefs