Meteorologist Gary Lezak returns to break down a newly established weather pattern that’s already leaving clear fingerprints across the country. With a cycle length near 73 days, this is one of the longest Lezak Recurring Cycles observed in decades. Gary explains why storms are hammering California but weakening as they move east, how anchor troughs and anchor ridges quietly control where weather systems thrive or fail, and why the unusually warm Christmas stretch is not random. The conversation connects today’s winter setup to what could become a major heat event in late July or early August, showing how understanding pattern behavior—not daily forecasts—can completely change long-range planning.

Links

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Takeaways

• The current weather pattern is cycling at roughly 73 days, making it one of the longest LRCs on record.
• Long cycles do not eliminate storms, but they strongly influence where storms intensify and where they weaken.
• Anchor troughs are regions where storms consistently grow stronger and occur more often.
• Anchor ridges suppress storm development and weaken systems that move through them.
• California is positioned near an anchor trough, increasing the risk of heavy rain, flooding, and major snowfall events.
• Much of the central U.S. sits closer to an anchor ridge, causing storms to lose strength as they move east.
• The warm Christmas weather is a defining signal within the cycle, not a short-term fluke.
• That same warm pattern is expected to return in late July or early August as a significant heat event.
• Knowing the cycle length improves seasonal planning far beyond what short-range forecasts can provide.

Chapters

00:00 Holiday Check-In and Why This Pattern Matters
02:05 What the Lezak Recurring Cycle Tracks
04:30 Anchor Troughs vs. Anchor Ridges Explained
07:10 Why West Coast Storms Are Intensifying
09:45 The 73-Day Cycle and Why It’s Unusual
12:05 Connecting Christmas Warmth to Summer Heat
14:50 What to Watch as the Pattern Continues

weather pattern, long-range forecasting, Lezak Recurring Cycle, LRC, anchor troughs, anchor ridges, winter weather patterns, seasonal forecasting, summer heat outlook, Weather 2020