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In this episode, Lauren Moylan and Gary Lezak discuss various weather patterns, including the LRC (Lezak Recurring Cycle), the impact of Saharan dust on hurricane season, and current weather predictions. They share personal updates and insights into how global weather phenomena can affect local conditions, emphasizing the importance of understanding these patterns for better forecasting.
Links
Substack
Watch on Youtube
Weather 20/20 Dashboard Discount - The Global Predictor App - Youtube - Follow Gary on X
CattleUSA Insurance - CattleUSA Website - Subscribe to our newsletter - CattleUSA Media - Facebook - Instagram - The Next Generation Podcast Website
✍️CLICK HERE TO RATE & REVIEW THE PODCAST ON APPLE PODCASTS!✍️ (Click the link, scroll down to where it says “Ratings & Reviews” and click the small link that says “Write a Review”)
✍️CLICK HERE TO RATE & REVIEW THE PODCAST ON SPOTIFY!✍️ (Click the link, select the three dots next to the following button, and click the star that says “Rate show”)
Takeaways
The LRC is a unique weather pattern that recycles annually.
Saharan dust can significantly impact hurricane development.
Current weather patterns are still cycling from last year.
October 5th marks the beginning of a new weather cycle.
The jet stream is getting stronger, leading to more severe weather.
Hurricane season has been quieter than expected this year.
The relationship between global weather and local conditions is complex.
Understanding weather patterns can aid in farming and business decisions.
The current weather cycle has never happened before.
The importance of continuous learning in meteorology is emphasized.
Chapters
00:00 Welcome Back and Personal Updates
03:54 Understanding the LRC and Weather Patterns
06:25 The Significance of October in Weather Cycles
09:59 Current Weather Highlights and Predictions
13:42 Closing Thoughts and Resources
weather, LRC, hurricane season, Saharan dust, climate patterns, meteorology, weather predictions, storm patterns, weather analysis, environmental impact
By Lauren Moylan | Cattle USA4.2
55 ratings
In this episode, Lauren Moylan and Gary Lezak discuss various weather patterns, including the LRC (Lezak Recurring Cycle), the impact of Saharan dust on hurricane season, and current weather predictions. They share personal updates and insights into how global weather phenomena can affect local conditions, emphasizing the importance of understanding these patterns for better forecasting.
Links
Substack
Watch on Youtube
Weather 20/20 Dashboard Discount - The Global Predictor App - Youtube - Follow Gary on X
CattleUSA Insurance - CattleUSA Website - Subscribe to our newsletter - CattleUSA Media - Facebook - Instagram - The Next Generation Podcast Website
✍️CLICK HERE TO RATE & REVIEW THE PODCAST ON APPLE PODCASTS!✍️ (Click the link, scroll down to where it says “Ratings & Reviews” and click the small link that says “Write a Review”)
✍️CLICK HERE TO RATE & REVIEW THE PODCAST ON SPOTIFY!✍️ (Click the link, select the three dots next to the following button, and click the star that says “Rate show”)
Takeaways
The LRC is a unique weather pattern that recycles annually.
Saharan dust can significantly impact hurricane development.
Current weather patterns are still cycling from last year.
October 5th marks the beginning of a new weather cycle.
The jet stream is getting stronger, leading to more severe weather.
Hurricane season has been quieter than expected this year.
The relationship between global weather and local conditions is complex.
Understanding weather patterns can aid in farming and business decisions.
The current weather cycle has never happened before.
The importance of continuous learning in meteorology is emphasized.
Chapters
00:00 Welcome Back and Personal Updates
03:54 Understanding the LRC and Weather Patterns
06:25 The Significance of October in Weather Cycles
09:59 Current Weather Highlights and Predictions
13:42 Closing Thoughts and Resources
weather, LRC, hurricane season, Saharan dust, climate patterns, meteorology, weather predictions, storm patterns, weather analysis, environmental impact

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