Weather Geeks Weather Group Television

Guest: Jared Rennie, NCEI Research Meteorologist

Gathering and analyzing data today to help us prepare for tomorrow. One sentence with a multitude of implications. NOAA’s National Centers for Environmental Information seeks to provide not just data, but solutions to help the U.S. and those around the world as our climate continues to change. Jared Rennie is a Research Meteorologist with NCEI and works to support the integration of both climate and socioeconomic data. His work encompasses an operational as well as a research aspect with respect to software used in data processing.

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Guest: Dr. Falko Judt, Research Meteorologist at NCAR

In tropical meteorology, the term ‘rapid intensification’ describes a tropical cyclone that does just that: it rapidly intensifies. The official definition is a tropical system whose maximum sustained winds increase by at least 35 mph in a 24-hour period. Sometimes though, it’s much more intense. In 2023, Hurricane Otis in the Eastern Pacific saw its winds increase by 115 mph in less than 24 hours before slamming into Mexico as a rare Category 5 storm, while Hurricane Idalia intensified by 55 mph from a tropical storm to a Category 5 hurricane in the day before making landfall in Florida’s Big Bend. The ‘how’ and ‘why’ some storms rapidly intensify is still shrouded in a bit of mystery. Here today to help us unveil a bit of that, we welcome Falko Judt, a research meteorologist at the National Center for Atmospheric Research.

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Guest: Dr. Amy McGovern, University of Oklahoma

We as humans all have biases whether we like to believe it or not, especially when it comes to meteorology. You may have heard of confirmation bias, Dunning-Kruger effect, survivor’s bias, cognitive dissonance and more! However, humans aren’t the only ones who are susceptible to bias: it has been shown in newly-evolving AI. How can we nip these glitches in the bud before they could potentially get out of hand? Our guest today Dr. Amy McGovern from the University of Oklahoma is working to tackle that exact problem…

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Guest: Dr. Baker Perry, National Geographic Explorer

 When it comes to the highest places on Earth, the Rockies, the Andes and of course, the Himalayas come to mind. And while hikers have scaled these peaks, real-time weather data is scarce at these high altitudes. These are not highly populated areas, so why would we need to have weather stations installed in these remote frontiers? Joining us today to explain why and what it means for not only our understanding of the present climate, but the past as well, is National Geographic Explorer Dr. Baker Perry.

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Guest: Dr. Nicole Mölders, Professor at University of Alaska Fairbanks

If you grew up in a colder climate, your parents always told you that you have to dress in layers, all the way down to your socks! But if you grew up in a warmer climate, you were told to wear lighter fabrics and colors so the sun’s heat wasn’t too intense on your body. These are more than just pieces of advice that have been passed down through the years, they have foundations in science! On Weather Geeks today, we have Dr. Nicole Mölders, who is the leading expert on the intersection of weather and fashion and we’re going to dive into her latest book about the certainly geeky topic…

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Guest: Dr. Stephan Rasp, Senior Research Scientist at Google

As technology continues to improve, weather models are becoming increasingly more accurate in the short term due to increased computing power and increased resolution. But how can we quantify that increase in accuracy? It seems like a basic question, but one that isn’t so easy to answer....without the assistance of machine learning!. Joining us today is Stephan Rasp, to talk about WeatherBench, an open-source framework that aims to help answer the questions on weather model accuracy.




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