CHAPTERS
1. Introduction — An Extraordinary Heat Dome
2. Why This Heat Dome Deserves Attention
3. The Ring of Fire and Normal vs. Abnormal September Weather
4. Record Heat and Dew Points in St. Louis
5. Comparing 1931 to Today: Drought Year Temperatures
6. July vs. September: The Solar Insolation Difference
7. Lessons from Spain: Latitude and Seasonal Temperature Gaps
8. What This Heat Would Feel Like in July
9. Factoring in Drought and Cornfield Temperatures
10. St. Louis Heat Records and Historical Context
11. Understanding Decameters and Heat Dome Strength
12. Compressional Warming Explained
13. Breaking Down the Numbers: How Hot Is It Really?
14. Why This Heat Dome Won't Quit: The Missing Hurricanes
15. What It Will Take to End the Heat Dome
16. The Equinox, Autumn Storms, and the Coming Change
17. Looking Ahead to Yom Kippur and the End of the Heat
18. Behind the Scenes: Making the Podcast with AI
19. Closing Thoughts and Thank You
HASHTAGS
#WeatherWithEnthusiasm #HeatDome #WeatherPodcast #ExtremeHeat #SeptemberHeat #ClimateWatch #WeatherNerd #StLouisWeather #HeatWave #DewPoint #CompressionalWarming #RingOfFire #WeatherForecast #AutumnEquinox #DroughtYear #WeatherEnthusiast #ClimateData #SynopticWeather #WeatherScience #EndOfSummer


Become a supporter of this podcast: https://www.spreaker.com/podcast/weather-with-enthusiasm--4911017/support.


Not affiliated with any government agency or academic institution. Presented for educational and entertainment purposes — with meaning.

Support the show — exclusive bonus episodes available to subscribers for just $2/month at spreaker.com/organization/kol-simcha