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1/23/26-1/25/26 Winter Storm Thread


AMZ8990
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Yep and that’s going over areas that will get over .50 of ice…

Sometimes you have to look at a model and just say that doesn’t look right. EURO hasn’t looked right to me.


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Someone else mentioned today about the January 2024 storm how the GFS was more accurate and it really was considering how much of a mess the GFS has become. WVLT rode the Euro with their forecast and busted big time. I have a feeling this storm is going to be very similar to the January 2024 storm, except swap the snow with ice.

Sent from my Pixel 10 Pro XL using Tapatalk


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Yes, the European (EURO/ECMWF) weather model successfully incorporated data from American Hurricane Hunter dropsondes

 for the major winter storm affecting the U.S. West Coast around January 20–22, 2026. 

Key Details on Data Integration:

Active Assimilation: The 00z ECMWF run on January 20, 2026, was specifically noted as the first to incorporate the dropsonde data, which caused the model to "flinch" and adjust its forecast northward.

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5 minutes ago, Matthew70 said:

PLEASE SHARE: We are expecting snow, sleet, freezing rain, & rain. As of now, here’s what our team is thinking as far as snow & ice accum. 
The biggest takeaway is that travel will not only be dangerous but nearly impossible at times. Power outages are expected. Watch @WKRN!

IMG_0788.jpeg

Didn't they used to be on that old Comedy variety show HeeHaw ?

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7 minutes ago, bearman said:

Yes, the European (EURO/ECMWF) weather model successfully incorporated data from American Hurricane Hunter dropsondes

 for the major winter storm affecting the U.S. West Coast around January 20–22, 2026. 

Key Details on Data Integration:

Active Assimilation: The 00z ECMWF run on January 20, 2026, was specifically noted as the first to incorporate the dropsonde data, which caused the model to "flinch" and adjust its forecast northward.

Maybe they forget to switch it from standard to metric? (Just joking)

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Yes, the European (EURO/ECMWF) weather model successfully incorporated data from American Hurricane Hunter dropsondes
 for the major winter storm affecting the U.S. West Coast around January 20–22, 2026. 
Key Details on Data Integration:
Active Assimilation: The 00z ECMWF run on January 20, 2026, was specifically noted as the first to incorporate the dropsonde data, which caused the model to "flinch" and adjust its forecast northward.

I thought the first flight was yesterday?


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17 minutes ago, GBOVolz said:


Because it’s us


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I don't know. The more things seem to be shaping up, the more I'm envious y'all will be getting rain. I'm sitting here with a 70% chance of getting >0.25" of ice on top of a layer of sleet that's on top of a layer of snow. 

 

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Obviously a different setup, but if I remember correctly, the January 2025 storm forecast was pretty much set in stone and the phase ended up being a bit sloppy/late, giving the southern valley/N GA/N AL a surprise snow (and leading to a small bust for the northern valley). So I guess it isn't impossible that with so many pieces of energy coming together, this could surprise us despite the models seemingly converging on the amped solution. I feel like my ideal scenario would be the first wave coming in weaker and a few counties south giving us a nice front end snow/sleet, and the second wave coming in as temperatures go above freezing and giving us plain rain with no ZR in between. 

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I don't know. The more things seem to be shaping up, the more I'm envious y'all will be getting rain. I'm sitting here with a 70% chance of getting >0.25" of ice on top of a layer of sleet that's on top of a layer of snow. 
 

If there is a bright spot it very well could be that. But I also remember all those years where I was furious over 33 and rain.


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Obviously a different setup, but if I remember correctly, the January 2025 storm forecast was pretty much set in stone and the phase ended up being a bit sloppy/late, giving the southern valley/N GA/N AL a surprise snow (and leading to a small bust for the northern valley). So I guess it isn't impossible that with so many pieces of energy coming together, this could surprise us despite the models seemingly converging on the amped solution. I feel like my ideal scenario would be the first wave coming in weaker and a few counties south giving us a nice front end snow/sleet, and the second wave coming in as temperatures go above freezing and giving us plain rain with no ZR in between. 
ABSOLUTELY! I don't think anyone should be thinking anything about this storm is set in stone, the tiniest things off by just a little can make a huge difference. Whether that surface temps off by a couple degrees or strength of the storm off by a few MB, or storm tracks 50 or 100 miles off modeled track. All of those things are super minor and might not be modeled well but have huge impacts. This storm for us will really be a nowcast scenario, this storm I am certain will have surprises both good and bad I believe for different areas.

Sent from my Pixel 10 Pro XL using Tapatalk



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