The warm eastern Pacific waters that powered the recent ?super? El Ni?o have dissipated, experts say. The difference in seawater temperature from the long-term average is shown here as the event fizzled during May 2016.
NOAA
The 2015?2016 El Ni?o, one of the three strongest on record, is officially dead in the water.
More than a year after the weather-disrupting El Ni?o?s conception, the unusually warm seawater in the eastern Pacific Ocean has dissipated, the National Oceanic and Atmospheric Administration?s Climate Prediction Center reported June 9. During its reign, this El Ni?o boosted rainfall California, hastened coral bleaching and helped make 2015 the hottest year on record.
The agency estimates a 75 percent chance that El Ni?o?s meteorological sibling, La Ni?a, will take over in the coming months. La Ni?a conditions caused by relatively cool equatorial waters in the eastern Pacific can cause droughts in South America, heavy rainfall in Southeast Asia and can intensify Atlantic hurricane seasons.
https://www.sciencenews.org/blog/science-ticker/super-el-nino-over-la-nina-looms?tgt=nr
NOAA
The 2015?2016 El Ni?o, one of the three strongest on record, is officially dead in the water.
More than a year after the weather-disrupting El Ni?o?s conception, the unusually warm seawater in the eastern Pacific Ocean has dissipated, the National Oceanic and Atmospheric Administration?s Climate Prediction Center reported June 9. During its reign, this El Ni?o boosted rainfall California, hastened coral bleaching and helped make 2015 the hottest year on record.
The agency estimates a 75 percent chance that El Ni?o?s meteorological sibling, La Ni?a, will take over in the coming months. La Ni?a conditions caused by relatively cool equatorial waters in the eastern Pacific can cause droughts in South America, heavy rainfall in Southeast Asia and can intensify Atlantic hurricane seasons.
https://www.sciencenews.org/blog/science-ticker/super-el-nino-over-la-nina-looms?tgt=nr