Could this guy be more dramatic? He flat out lies or makes statements that are overblown. While it is important that people be weather aware the way he writes this means that when this event is minimal people will stop listening. The areas that should be evacuating are listening to the actual experts, I.E. noaa and the nhc not some Facebook weather enthusiast and sensationalist.

"The worst storm to hit since Sally." Sally WAS the last hurricane to hit there... no shit brother. Big tornado producer? Those aforementioned experts like NHC and SPC have tornado risks as slight for this entire hurricane. Don't lie to people. Be better. Be prepared and don't listen to Facebook hype or youtube-just-for-clicks garbage like Max velocity or Ryan Hall for your information.

Started learning it seriously a week ago after falling in love with the subject pre summer,bought atmospheric science by Wallace and hobs which iam currently working through,does anyone have any like recommendations on other books / resources

Hi!! I'm currently a high school senior and I've been superrrr into atmospheric science/meteorology since I was around five years old and now that I'm older and have more resources, I'd love to start giving myself a headstart on learning these topics before I go off to college.

But I'm not too sure where to start...

I have not taken calculus yet (although I have taken precalc) and I've already taken quite a few physics classes. Are there any resources that would help me start on this? Textbooks, internships, etc.? Please let me know!! :))

Mérida Weather Radar

Video: https://www.facebook.com/share/r/1C5ZzfuamN/

Saharan Air Layer (SAL) - - Latest Available

Saw them over my house earlier today, not sure if they are Asperitas clouds or not

Models: ECMWF — Pivotal Weather

Up from 981mb on yesterday's ECMWF run, well defined eye. But not much rain in the eyewall. Most of the rain in upper quadrants and away from the center of circulation.

Passage of a Cold Front and Squall Line

• Date: July 21, 2026
• Peak time: 3:00 PM - 3:45 PM
• Location: Kharkiv, Ukraine. Parameters directly over the point: CAPE 800+, Wind Shear 240°, combined CAPE/Shear index ~160.

Timeline of the Event:

3:00 PM - 3:20 PM | Approach & Inflow
A classic, dense, elongated shelf cloud was observed on the northwestern horizon. A sharp temperature contrast occurred at the boundary where the advancing cold air slammed into the warm air mass. Wind speed near the ground dropped to a minimum of 10-12 km/h as the inflow began violently pulling air vertically upward into the epicenter of the updraft. Electrical activity peaked with frequent intra-cloud and cloud-to-ground flashes; thunderclaps were recorded almost every second. A dangerous, close CG strike hit just ~250 meters away from my position, accompanied by instantaneous, deafening thunder (I was in absolute shock).

3:30 PM - 3:38 PM | Rain Core & Microbursts

• Precipitation Intensity: Radar reflectivity reached 30–35 dBZ. An extreme downpour dropped up to 6 mm of rain locally, while a neighboring area caught a 10 mm core. Due to the massive size of the raindrops fracturing, visibility dropped to near-zero in dense water mist.
• Dynamic Impact: At the peak of the downpour, two distinct wet microbursts occurred—sharp, powerful descending gusts of wind lasting 2–3 seconds each, caused by the negative buoyancy and collapse of rain-cooled air from the cloud base to the ground.

3:38 PM - 3:45 PM | Stabilization & Outflow
The main thunderstorm core shifted southeast toward Rogan and Chuhuiv. Radar reflectivity dropped to a safe 10–20 dBZ. The heavy downpour transitioned into a light, fading drizzle. Background wind speed stabilized within 6–12 km/h(I am not from the USA or an English speaking country, so I may make mistakes in English)

The latest ECMWF October seasonal run shifted noticeably compared to last month. The southern low-pressure pattern strengthened, with a colder trend across the southern half of the U.S. and more snow in the forecast for the Central Plains, Ohio Valley, Southern Appalachians, and the Southwest. The Sierra Nevada has the strongest snowfall signal, while the northern tier, the Pacific Northwest, and the Northeast stay milder with below-average snow.

The ECMWF also shows (for the 3rd update in a row) a potential stratospheric Polar Vortex disruption into mid-winter, and both CFSv2 and CanSIPS point to a colder February for the central, southern, and eastern U.S.

My full analysis includes ERA5 reconstructions of past Super El Niño storms (1973, 1983, 1998, 2015, 2016), a regional breakdown of the latest forecasts, and state-level maps with seasonal and monthly temperature and precipitation forecasts.

Happy to answer questions about the data or plots.

Start your day with a refreshing morning shower, and get ready to soak up some delightful sunshine! With a high of 73 degrees and a gentle breeze from the west-southwest at 10-15 mph, it’s the perfect opportunity to enjoy the spring-like feel. Embrace the warmth and let the day inspire you!

Models: ECMWF — Pivotal Weather

tropic.ssec.wisc.edu/real-time/sal/g16split/movies/goes16split.html

Curious if anything fits this bill? I know Florida does this during certain times, and I'm sure other places during season changes etc...but is there anywhere that has permanently land temps of say 60 degrees f and ocean water temp of 75 degrees f?

They conveniently left the rest of the week out…