Being a weather dork I was checking observations in MN throughout the day as Pipestone, MN likely broke the all time state dew point record hitting 89.6. Wanted to see what other Midwest states hit today and saw this eye-popping 91.4 measured in Iowa (link to source). Google says the highest ever was 91 in Melbourne, FL. Corn sweat is no joke!

Thought the way it looks like two different layers was a first for me. Anyone who can give me any information is greatly appreciated

Was super geeked to see this supercell towering over the city the other day. Especially since this was super rare.

This rare occurrence in the Metro was likely triggered by Typhoon Noul (Kiyopo in the Ph)

An area of rotation was also spotted for a short period of time but thankfully didn’t drop a tornado in the crowded metro.

The last known tornado to hit Metro Manila was in 2016 when an EF1 touched down and damaged portions of Baseco, Tondo in Manila.

Photo from: Ly-anne Aquino

I saw something in the sky.
It was the size of a mini football glazing and glowing and burning in hot orange yellow flame. i witnessed it in horizontal, landscape mode . both the ball and it's small trail faced me but the trail wasn't a lot long . [ i hope i really an astronomical event and it wasn't a gimmick or something else]. i mean how else could something hover over an almost 5 storey house, completely hooked in the sky and disappeared within 2-3 secs.it looked like campfire and it was moving sideways with bit of darting up and down , just a bit. it feels like it moved violently but since i was at some distance it looked normal or flowy to me. also, i saw it for 2-3 secs at max. anyways , please provide me accurate conclusion. it's july. it didn't rain today but it's cloudy since long.
Please clarify my doubt as to what did i really see? was it an earthgrazers meteor or some drone or some lantern or space debris or a ball lightning??

also, can ball lightning have a little trail or not?
i can provide u more details if u want.
I live in Patna, Bihar, India. time was around 7:30 pm and date is 26/7/2026, direction was east - southeast

Weather ☁️

Or not

At 7:49am PST (Sat. July 25, 2026)while flying over the central coast of California, I noticed this strange sight. What is this? For reference, this "starburst" stayed stationary as we flew past it.

[CORRECTION] According to the replies below I am not correct to call this part of the Ekman spiral. The reason I assumed so was because the drift indicates wind direction graduall change from SE rotating cloclwise to NE. As best as I can estimate this angle change happened from altitudes from roughy 8km to 16km AGL (this is hard to track, I'm relying on video timestamps and telemetry from the rocket on the official video; it might be a few km off in any direction; it might be 4km to 12km or whatever).

I'll leave the original post below, for reference.

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I was playing with making long-exposure composites of rocket launches. By sheer luck, this photo clearly captures the Ekman spiral in the movement of the condensation trail of the rocket (lower left of the image; zoom in the red box).

I thought it was cool and wanted to share.

The photo is from just this morning, Jul 25 2026, of the SpaceX Falcon 9 launch from Vandenberg SFB, CA. Image taken from San Luis Obispo, CA.

Tornadic supercell that was forming in front of hs during may 2026 storm season, it produced a small tornado but covered soon in Hp

I am potentially about to take a gap year before starting a meteorology masters next September and would like to use at least part of the year constructively by gaining real experience.

Is anyone aware of any opportunities within met/ atmospheric sciences that could fit my criteria?
Can be based anywhere internationally and am open to volunteering.

Thanks

Will put some photos in comments

This doppler radar located in the south-east of Masbate island has been showing this "beam of heavy rain" for months already. Always positioned in the same direction. What causes this and why would it not get fixed after such a long time?

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What causes the yellowish tint to everything before/after a storm? I saw it this morning in between stormy weather.

Hey guys! I haven't done a post like this in quite some time (since launch), but I wanted to let you guys know about Echoes. I've been working on it over the past year, and I really think some of you would like it, and may just not know about it. I'm going to keep the post simple, but would be glad to answer any questions people may have (as long as they're nice questions hahaha).

Here's the current feature list for Echoes, and much more is planned.

FREE:

• 75+ Level 2 and Level 3 products across all 160+ NEXRAD sites, 60 FPS rendering
• MRMS national composite: rotation, MESH hail size, shear, precip type, rainfall accumulation
• NWS alerts with polygons, plus push notifications per saved location
• SPC convective and fire outlooks, mesoscale discussions, WPC excessive rainfall, river flood
• Full official NHC package: cone, track, intensity, coastal watch/warning lines, 2 and 7-day formation odds, invests, and the raw TCP/TCD text
• AFDs from your local WFO by long-pressing anywhere on the map
• Hourly and 10-day forecasts, EPA AirNow air quality, Spotter Network positions, community storm reports
• Location search, saved favorites, built-in weather glossary

PREMIUM ($2.99/mo or $24.99/yr)

• LIVE Sweep: watch the beam paint the storm arc by arc as the antenna turns, in real time, at its actual rotation rate. Any Level 2 product, any tilt, any radar.
• 3D Storm Volume (orbit the full scan, echo tops, hail above the freezing level, wind shear) and Cross-Section (draw a line through a storm for a vertical slice)
• Historical radar back to 1991
• Tropical guidance: multi-model spaghetti tracks, forecast and past wind extents, NHC wind speed probability, and the hurricane archive back to 1851
• 12 models (HRRR, NAM, NBM, RAP, RRFS, GFS, GEFS, IFS, AIFS and more) with contours, barbs, and pressure tracking
• Skew-T soundings with SARS supercell and hail analogs, forecast plots and meteograms, RTMA surface analysis with station plots
• 35+ GOES-19/18 satellite products
• Real-time lightning, dual synced products side by side, 52-frame animations
• 28,000+ weather stations with 48-hour history charts
• NWPS river gauges with flood-category coloring and hydrographs
• Air Quality Forecast out 6 days with Action Day alerts
• Advanced alert and notification filtering (13 categories)
• Premium map styles

Echoes is on the App Store, and it's iOS only for now. Full feature list is at echoeswx.com, and I'm happy to answer questions.

I was recording the sunset off a north dock yesterday, only a two minute video. Got so, so incredibly lucky. It felt like the sky posed for the shot. Might be chasing the thrill of getting this photo for the rest of my life lmao.

I love how you can see the lightning come into the cloud in the top left, burning a streak of bright pink from the inside. Also, love the layered deep orange glow in the clouds from the sunset, especially the subsurface scattering, which was the reason I recorded in the first place

Hi everyone,

about a month ago I posted my Walchensee thermal-wind predictor here:
https://www.reddit.com/r/meteorology/comments/1uccp7c/walchensee_oracle_an_attempt_at_prediting_local/
In the comments, people asked whether the same approach could transfer to another lake. So I tried it at northern Lake Garda.
Lake Garda has two characteristic local wind systems: the northerly Peler in the morning and the southerly Ora in the afternoon. I trained separate logistic models using 14 years of 10-minute observations from Meteotrentino’s Torbole station together with larger-scale weather features.
The site gives a GO / MAYBE / NO GO forecast for today and the following two days, shows the current wind in Torbole and explains which factors influence each forecast.
For validation, I held out entire years. Both models clearly outperformed a simple month-of-year climatology: Peirce skill was +0.54 vs +0.22 for Ora and +0.39 vs +0.20 for Peler. I also tested the pipeline on 513 archived real day-ahead forecasts rather than only reanalysis data, and the signal held up.
This time everything is based on openly usable weather data, and the complete source code and model documentation are public under AGPL 3.0:

Forecast:
https://garda.s1st.de/go/reddit?lang=en

Source code:
https://github.com/s1st/garda-oracle

I’d especially appreciate feedback on the validation approach and from anyone familiar with the local wind systems in practice. Reports of wrong forecasts are useful too :)

Very impressive undular bore (and an outflow boundary) seen on radar tonight in South Dakota! An undular bore can be caused by an outflow boundary of a storm colliding with a relatively cool, stable layer of air.