orangeblood wrote:18Z RDPS QPF is wild!!
https://images.weatherbell.com/model/rgem-all/scentus/total_precip_inch/1736186400/1736488800-LftXFGafGNE.png
Wothout seeing it (yet), I'd bet good money it's also warmer with even more mixing into DFW.
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orangeblood wrote:18Z RDPS QPF is wild!!
https://images.weatherbell.com/model/rgem-all/scentus/total_precip_inch/1736186400/1736488800-LftXFGafGNE.png
Fifty Rock wrote:HockeyTx82 wrote:orangeblood wrote:
You're in a great spot, the sweet spot of high QPF and freezing temps, and the NAM is now aligning with the Euro.
I think Denton County might be able to cash in pretty good too.
I just seen a report that said Denton County will be in a doughnut hole and any snow will pass East and West of the county.
bubba hotep wrote:I'd take the 18z NAM every day of the week and Sunday
https://m1o.pivotalweather.com/maps/models/nam/2025010618/084/snku_acc-imp.us_sc.png
snownado wrote:cheezyWXguy wrote:txtwister78 wrote:18z ICON is another example. Look at the adjustment in snowfall accumulations between one run. This is why in my opinion it's best to go with blends because these are wild swings here still showing up run to run and when you get mixed precip types involved I think that can create a false accumulation output. 12z to current 18z. Also high resolution will do a better job of sorting out where bands of precip setup so these totals won't be as broad.
https://images.weatherbell.com/model/icon-all/tx/total_snow_10to1/1736164800/1736521200-Qwrlgf0j3XY.png
https://images.weatherbell.com/model/icon-all/tx/total_snow_10to1/1736186400/1736521200-24L5lGCDsPM.png
I disagree, I think the map you posted is depicting totals exclusively for snow. For Dallas proper, for example, the icon depicts over 1” qpf over the course of the storm, of which 0.1” fall before temps fall to freezing. If the remaining >0.9” qpf that does fall below freezing were being lumped in with snow, Dallas’ storm total would be depicted on that map as 9-10”, not 5-6”. I think nw shift and reduction in totals is because it’s depicting more precip as “not snow” this run.
For the 18z ICON, it's both warmer and drier.
But it's always been an unreliably wonky model, so...
snownado wrote:18z GFS continues warmer/NW trend. Much more rain than snow for DFW.
snownado wrote:cheezyWXguy wrote:txtwister78 wrote:18z ICON is another example. Look at the adjustment in snowfall accumulations between one run. This is why in my opinion it's best to go with blends because these are wild swings here still showing up run to run and when you get mixed precip types involved I think that can create a false accumulation output. 12z to current 18z. Also high resolution will do a better job of sorting out where bands of precip setup so these totals won't be as broad.
https://images.weatherbell.com/model/icon-all/tx/total_snow_10to1/1736164800/1736521200-Qwrlgf0j3XY.png
https://images.weatherbell.com/model/icon-all/tx/total_snow_10to1/1736186400/1736521200-24L5lGCDsPM.png
I disagree, I think the map you posted is depicting totals exclusively for snow. For Dallas proper, for example, the icon depicts over 1” qpf over the course of the storm, of which 0.1” fall before temps fall to freezing. If the remaining >0.9” qpf that does fall below freezing were being lumped in with snow, Dallas’ storm total would be depicted on that map as 9-10”, not 5-6”. I think nw shift and reduction in totals is because it’s depicting more precip as “not snow” this run.
For the 18z ICON, it's both warmer and drier.
But it's always been an unreliably wonky model, so...
snownado wrote:cheezyWXguy wrote:txtwister78 wrote:18z ICON is another example. Look at the adjustment in snowfall accumulations between one run. This is why in my opinion it's best to go with blends because these are wild swings here still showing up run to run and when you get mixed precip types involved I think that can create a false accumulation output. 12z to current 18z. Also high resolution will do a better job of sorting out where bands of precip setup so these totals won't be as broad.
https://images.weatherbell.com/model/icon-all/tx/total_snow_10to1/1736164800/1736521200-Qwrlgf0j3XY.png
https://images.weatherbell.com/model/icon-all/tx/total_snow_10to1/1736186400/1736521200-24L5lGCDsPM.png
I disagree, I think the map you posted is depicting totals exclusively for snow. For Dallas proper, for example, the icon depicts over 1” qpf over the course of the storm, of which 0.1” fall before temps fall to freezing. If the remaining >0.9” qpf that does fall below freezing were being lumped in with snow, Dallas’ storm total would be depicted on that map as 9-10”, not 5-6”. I think nw shift and reduction in totals is because it’s depicting more precip as “not snow” this run.
For the 18z ICON, it's both warmer and drier.
But it's always been an unreliably wonky model, so...
snownado wrote:18z GFS continues warmer/NW trend. Much more rain than snow for DFW.
rwfromkansas wrote:Well, I guess Monday won't provide clarity. On to Tuesday. Lol. Darn it. Stinking GFS hopefully is too warm.
cheezyWXguy wrote:txtwister78 wrote:18z ICON is another example. Look at the adjustment in snowfall accumulations between one run. This is why in my opinion it's best to go with blends because these are wild swings here still showing up run to run and when you get mixed precip types involved I think that can create a false accumulation output. 12z to current 18z. Also high resolution will do a better job of sorting out where bands of precip setup so these totals won't be as broad.
https://images.weatherbell.com/model/icon-all/tx/total_snow_10to1/1736164800/1736521200-Qwrlgf0j3XY.png
https://images.weatherbell.com/model/icon-all/tx/total_snow_10to1/1736186400/1736521200-24L5lGCDsPM.png
I disagree, I think the map you posted is depicting totals exclusively for snow. For Dallas proper, for example, the icon depicts over 1” qpf over the course of the storm, of which 0.1” fall before temps fall to freezing. If the remaining >0.9” qpf that does fall below freezing were being lumped in with snow, Dallas’ storm total would be depicted on that map as 9-10”, not 5-6”. I think nw shift and reduction in totals is because it’s depicting more precip as “not snow” this run.
orangeblood wrote:snownado wrote:cheezyWXguy wrote:I disagree, I think the map you posted is depicting totals exclusively for snow. For Dallas proper, for example, the icon depicts over 1” qpf over the course of the storm, of which 0.1” fall before temps fall to freezing. If the remaining >0.9” qpf that does fall below freezing were being lumped in with snow, Dallas’ storm total would be depicted on that map as 9-10”, not 5-6”. I think nw shift and reduction in totals is because it’s depicting more precip as “not snow” this run.
For the 18z ICON, it's both warmer and drier.
But it's always been an unreliably wonky model, so...
It’s the worst performing global by a long shot, well documented in this forum over the years
txtwister78 wrote:orangeblood wrote:snownado wrote:
For the 18z ICON, it's both warmer and drier.
But it's always been an unreliably wonky model, so...
It’s the worst performing global by a long shot, well documented in this forum over the years
Actually did well during 2021 before the rest of the globals even sniffed cold was coming (especially the "King"). It has its moments, but it was on to that event early on if I recall.
snownado wrote:Look like FWD is going to punt one more shift on any watches...
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