@WeatherProf 2016 model study under an extreme global warming scenario (RCP 8.5): a 17% drop in the number of explosive North Atlantic cyclones, with the largest changes along North America’s East Coast. However, the strongest storms predicted to get stro
@BBCWalesNews @GretaThunberg Listen to the scientists, Greta! https://t.co/C6JRcmoxsy
RT @mikarantane: According to climate model simulations, explosive cyclones in the Atlantic, such as #StormDennis, are going to be less fre…
RT @mikarantane: According to climate model simulations, explosive cyclones in the Atlantic, such as #StormDennis, are going to be less fre…
RT @mikarantane: According to climate model simulations, explosive cyclones in the Atlantic, such as #StormDennis, are going to be less fre…
RT @mikarantane: According to climate model simulations, explosive cyclones in the Atlantic, such as #StormDennis, are going to be less fre…
RT @mikarantane: According to climate model simulations, explosive cyclones in the Atlantic, such as #StormDennis, are going to be less fre…
RT @mikarantane: According to climate model simulations, explosive cyclones in the Atlantic, such as #StormDennis, are going to be less fre…
According to climate model simulations, explosive cyclones in the Atlantic, such as #StormDennis, are going to be less frequent in the future. See for example Seiler & Zwiers (2016): https://t.co/ee8ot4NIjg #ClimateChange https://t.co/LWYz3nXSxX
How will climate change affect explosive cyclones in the extratropics of the Northern Hemisphere? http://t.co/IPLpTncdrP
New paper finds "In the Atlantic, the total number of explosive cyclones is projected to decrease by about 17%" http://t.co/Z8aLcrC6cz
Explosive extratropical cyclones shift north, less frequent, more intense? in warmer #climate Seiler Clim Dyn http://t.co/8fFQjX41mR #j