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yea but it will once the aluteian low gets going in mid to late northen fall also even if it didnt that wouldnt meaningfully affect the winter fcst

Thank you People are overthinking the winter

DL is ALWAYS chasin' the Snow!

I crave George BM- Grade rain here in Buda! Too damn bad Austin is way too far west for the Record Nino. Maybe next time, in the early 2030s.

https://cyclonicwx.com/

Congrats on the Rain, DMV Region! Havin' fun yet? It's September now and the Nino's effects should be growing day by day upon the 500 Millibar pressure surface over the CONUS.

We are

Is "nice" to you 40 inches of snow per hour?

Putting this in banter rather than any actual forecast related thread since it's AI generated (based on real available data though). Just for fun. It'd be nice for many in the SE if true. Generated by AI Sub-Agent Meteorological Data Aggregation Sub-Agent 1: Oceanic & Tropical Teleconnections (ENSO, QBO, IOD) ENSO Phase: Historic El Niño active (+2.5°C SST anomaly in Niño 3.4), powering a roaring, southern-branch subtropical jet stream across the Pacific into North America. QBO Alignment: Quasi-Biennial Oscillation in the easterly (negative) phase, which destabilizes the polar vortex and increases the probability of high-latitude atmospheric blocking. Sub-Agent 2: Atmospheric Oscillations & Jet Stream Dynamics (AO, NAO, PNA) Polar/Subtropical Jet Interplay: Subtropical jet dominates the Southern Tier. The polar jet remains displaced north into Canada, but periodic negative Arctic Oscillation ($\text{AO}$) spikes allow brief arctic air drops into the Mid-Atlantic and Central states. Pacific-North American Pattern ($\text{PNA}$): Positive $\text{PNA}$ ridge over Western Canada suppresses moisture in the Pacific Northwest while carving out troughs over the South-Central and Eastern U.S. Sub-Agent 3: Multi-Model Ensemble Projections (NMME, ECMWF C3S, CFSv2) Thermal Signals: Strong warm anomalies across the Northern Tier (WA, OR, ID, MT, ND, MN, WI, MI, NY, New England). Near-to-below average temperatures across Texas, the Southwest, and the Gulf Coast due to dense cloud cover and persistent storminess. Precipitation Anomalies: Heavy moisture corridor extending from Southern California through Arizona, New Mexico, Texas, up the Gulf Coast, and along the Atlantic Seaboard. Drier conditions across the Pacific Northwest, Northern Rockies, and Upper Midwest. Sub-Agent 4: Synoptic Regional Snowfall Synthesis Sierra Nevada, Southwest & Southern Rockies: Heavy high-elevation snowfall driven by relentless atmospheric rivers hitting the cold mountain caps. Pacific Northwest & Northern Rockies: Below-average overall snowpack with elevated freezing levels and drier conditions. Midwest & Great Lakes: Reduced lake-effect snow totals due to a milder baseline airmass, punctuated by fast-moving clipper systems. Northeast & Mid-Atlantic: Active coastal track producing volatile rain/snow boundaries along I-95, but severe Nor'easters delivering heavy snow inland and along the Appalachians. Orchestrated Forecast Map Generation Combining these synoptic drivers into an authoritative, NOAA-style multi-model forecast map.This long-range forecast synthesis integrates outputs from global dynamical ensembles (NMME, ECMWF C3S, CFSv2) alongside primary teleconnections including the Historic El Niño (+2.5°C ONI), Easterly QBO, and Positive PNA. Multi-Agent Meteorological Synthesis (Winter 2026–2027) Region Thermal Anomaly Moisture Anomaly Expected Snowfall & Synoptic Impacts Pacific Northwest & Northern Rockies Well Above Average Below Average Higher freezing levels in Cascades; reduced seasonal mountain snowpack. Sierra Nevada & Southern Rockies Near to Below Average Well Above Average Heavy mountain snowpack; frequent atmospheric rivers hitting high elevations. Northern Plains & Upper Midwest Well Above Average Below Average Milder baseline airmass; suppressed lake-effect snow totals and fewer arctic blasts. South-Central & Deep South Near to Below Average Well Above Average Energetic subtropical jet stream brings heavy rainfall; severe ice/sleet risk across North Texas/Oklahoma. Central Appalachians & Interior Northeast Above Average Above Average Active storm track producing major Nor'easters; heavy wet snow inland and in high terrain. Mid-Atlantic & Coastal Northeast Above Average Well Above Average Volatile rain/snow line; frequent coastal low-pressure systems with heavy rainfall and slushy mix events. Core Driver Interactions: The record-strength El Niño enforces a stable subtropical jet track along $30^\circ\text{N} - 35^\circ\text{N}$. The easterly QBO phase weakens the polar vortex margin, periodically allowing high-latitude blocking (Negative AO/NAO) to force cold air southward into the Central Appalachians and Interior Northeast, converting loaded southern moisture surges into heavy coastal Nor'easters. What specific sub-region or ski basin would you like a deeper micro-climatology breakdown on?

That had to be the best storm I seen this summer, howling winds torrential rain and crazy lightning show power went out twice from 2 close strikes. I see they put a warning out for it soon as it was passing over.

"Car wash" rain!

But hey at least we’ll get some cute cumulus clouds and pop up showers this weekend

And now the usual "vehicles stalled/stuck in high water" reports

Radar estimates of close to 3" near dca. Not quite enough for a flash flood but pretty impressive.

Now seeing an LSR of a tree into a house in the 3000 block

Terrible call. Lots of rain and some really nice gusts, plus the best light show I’ve seen in ages. With a late-night bourbon in hand after being dragged to Thursday night HS football, it actually might have been worth the wait!

Warned for one inch hail and winds to 80 mph.

No big rain yet here, but some lightning flashing through the window and rumbling happening. Wonder if this stuff can propagate south and soak outside overnight.

Yes, with the 2017-24 period being extraordinarily brutal, especially in the Gulf. That said, even if the peak is quiet the downside of that slope still brings plenty of activity normally. I don’t anticipate that here but I still think we get a few hurricanes in the basin. Most likely in the subtropics or something.

Nocturnal tstms w/ elevated CAPE often deliver big w/ LTG of all types. The crazy "quick" flickering constantly is a telltale sign! I think it is tied to the high CAPE in the mixed-phase layer of the storms. Really cranks up charge separation!

When I went down to the Gulf Coast a few years ago, there were still foundation slabs dotting the landscape. Katrina wiped out neighborhoods and some people just never rebuilt. Sad stuff but a powerful reminder of what some of these hurricanes can do.

This is the best cloud to cloud lightning I’ve seen in many many years on the back end. Amazing splintering right overhead. For a half hour now.

18,000 units w/o power in Arlington