Video summary

We're About To Have A RARE Winter...

Main summary

Key takeaways

News and Commentary

Overview

The video discusses a likely historic El Niño and how it may reshape the U.S. winter storm pattern for 2026–2027. The speaker’s central argument is that even if El Niño becomes record-setting globally, the winter experience across the U.S. will be uneven by region because it mainly repositions the storm track.

Key El Niño claims (NOAA)

  • El Niño strength (NOAA): NOAA indicates >90% odds the El Niño will become very strong.
  • Record likelihood: NOAA estimates a 69% chance it will surpass all prior recorded El Niños (records dating back to 1950).
  • “Historic winter everywhere” is unlikely: The speaker argues that regional outcomes depend on how the jet stream and storm track shift.

Expected storm-track changes

Storms shift south

  • Warming in the tropical Pacific alters thunderstorm activity, which eventually affects the jet stream.
  • The resulting expectation:
    • More storms across the southern U.S.
    • The north may struggle to maintain a consistently cold winter pattern.

California / Southwest timing emphasis

  • Early-to-mid season: California could see storm after storm.
  • Timing matters: The speaker emphasizes that conditions may become more significant deeper into the season.

Region-by-region impacts (main forecast themes)

Gulf Coast & Deep South

  • Focus: Rain/stormy conditions and an active southern storm track.
  • Hazards mentioned:
    • Flash flooding
    • Severe thunderstorms
    • Tornadoes when warm air and instability align
  • Context cited: The speaker references the 1997–1998 El Niño Florida tornado tragedy (42 deaths), while stating they are not predicting the same scale this year.

California & the Southwest (especially second half)

  • Mid-winter risk: Higher chance of coastal/valley flooding and heavy Sierra/southern mountain snow.
  • “Rain below / snow above” setup: The speaker stresses that the same systems can produce both:
    • flooding at lower elevations, and
    • major snow in mountains.

East Coast: snow vs. freezing rain depends on temperature

  • The speaker highlights how small temperature differences can drastically change outcomes:
    • storms may swing between snow and freezing rain.
  • Examples used:
    • 1997–1998: Washington nearly snowless (0.1 inch).
    • 2009–2010: Washington 56.1 inches and Baltimore 77 inches—described as a “snow apocalypse.”
  • Bottom line: East Coast storms will occur, but whether people see rain or snow/ice depends on how much cold air is available.

Northern tier (Minnesota, Wisconsin, Michigan, Dakotas, etc.): “barely noticeable winter”

  • Expect more frequent warming/melting cycles than sustained cold.
  • NOAA forecast cited: >50% chance of above-normal temperatures across much of the northern tier in mid-winter.
  • Large lakes may still produce snow, but overall winter may be intermittent, not persistent.

“Winter battlefield” / central-southern corridor (sleeping zone)

  • The speaker frames this as the highest-impact area for a memorable event:
    • Southern Plains → Tennessee Valley and Appalachians → toward the Carolinas and Mid-Atlantic
  • Prediction:
    • Higher-than-normal chance of rain turning into snow/ice (including freezing rain/sleet) when Arctic air arrives.
  • Clarification:
    • They do not claim the entire South will be snowier overall.
    • They argue this corridor has better odds of producing a single exceeding-expectations snow/ice storm.

Interior West / drought-stressed regions: least favorable signal

  • Because the storm track may be too far south, parts of the arid interior West (e.g., Oregon, Idaho, Utah, Wyoming, Montana, Northern Rockies) may see storms pass by the regions that “need” them for snowpack.
  • Contrast noted: California may get more frequent storms.

“Three big bets” (wrap-up)

  1. More active winter weather in the southern U.S. than in the northern U.S.
  2. A major snow/ice storm is possible along a corridor from the Southern Plains → Tennessee Valley/Appalachians → toward the Carolinas/Mid-Atlantic, potentially exceeding expectations.
  3. Some traditional northern snow-belt cities may finish winter with less snow than usual.

Additional segment (not meteorology): product & contest promotion

  • The speaker promotes YallMeter 3.0, a snow measurement tool for submitting snow photos via QR code.
  • Mentions a $1,000 contest tied to “snow streams,” and encourages ordering from a website listed in the description.

Presenters or contributors

  • Ryan Hall (sole presenter; referenced as providing “my forecast,” “my prediction,” and the source of the snow-stream content)

Original video