Thunderstorms are capable of reaching the tropopause: the boundary between the lowest layer of the atmosphere in which we live (the troposphere) and the layer immediately above (the stratosphere). If a storm overshoots the tropopause and extends into the stratosphere, it may lead to the transport of air between the two layers. This is called a stratosphere-troposphere exchange or STE. Dr. Cameron R. Homeyer of the University of Oklahoma studies the stratosphere-troposphere exchange caused by severe storms. He's the guest this week on the Carolina Weather Group. LEARN MORE ABOUT THEIR RESEARCH: http://homeyer.oucreate.com/research/ LEAVE A TIP: https://streamelements.com/carolinawxgroup/tip SUBSCRIBE TO OUR PODCAST: https://anchor.fm/carolinaweather SUPPORT US ON PATREON: https://patreon.com/carolinaweathergroup VISIT OUR WEBSITE: https://carolinaweathergroup.com The Carolina Weather Group operates a weekly talk show of the same name. Broadcasting each week from the Carolinas, the show is dedicated to covering weather, science, technology, and more with newsmakers from the field of atmospheric science. With co-hosts across both North Carolina and South Carolina, the show may closely feature both NC weather and SC weather, but the topics are universally enjoyable for any weather fan. Join us as we talk about weather, environment, the atmosphere, space travel, and all the technology that makes it possible.

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“What did the council decide on item 42?” — answered with the speaker and the moment.

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