Gwangju Institute of Science and Technology r : vimarsana.com

A warmer Arctic has been linked to extreme winter weather in the midlatitude regions. But, it is not clear how global warming affects this link. In a new study, researchers from Korea and USA show, using weather data and climate models, that while the “Warm Arctic-Cold Continent” pattern will continue as the climate continues to warm, Arctic warming will become a less reliable predictor of extreme winter weather in the future.

Related Keywords

Seoul , Soult Ukpyolsi , South Korea , China , Gwangju , Kwangju Gwangyoksi , Japan , United States , America , Korea , Jee Hoon Jeong , Yungi Hong , Y Simon Wang , Arctic Sea , Hyungjun Kim , Baekmin Kim , Kara Sea , Pacific Northwest National Laboratory , Pukyung National University , School Of Earth , Seoul National University , Major Of Environmental Atmospheric Sciences , Chonnam National University , Gwangju Institute Of Science , Method Of Research , Environmental Sciences , Iowa State University , Korea Institute Of Science , European Center , Department Of Plants , Professor Of Earth Sciences , Utah State University , Atmospheric Sciences , School Of Earth Science , Division Of Earth Environmental System Sciences , North America , Professor Jin Ho Yoon , Gwangju Institute , Northern Hemisphere , Atmospheric Science , Medium Range Weather Forecasting , East Asia , Barents Kara Sea , East Siberian Chukchi Sea , Projected Impacts , Earth Science , Environmental Engineering , Utah State , Environmental Science , Seoul National , Chonnam National , Earth Environmental System Sciences , Environmental Atmospheric Sciences , Pukyung National , Proud Creator , Future Science , Earth Sciences , Climate Analysis , Earth Climate System ,