Video wird geladen...

Video konnte nicht geladen werden

Zur Startseite

This is a high-based supercell #tornado and not a land spout up in Alberta today given the clear evidence of mesocyclonic occlusion and wrapping inflow north of the tornado

803,037 Aufrufe • vor 2 Jahren •via X (Twitter)

10 Kommentare

Profilbild von Reed Timmer, PhD
Reed Timmer, PhDvor 2 Jahren

Note the distinctive clear slot at cloud base encasing the dynamic pipe

Profilbild von April of the North
April of the Northvor 2 Jahren

That's one of the most photogenic tornadoes I've ever seen. 😳

Profilbild von S⃣T⃣A⃣R⃣ D⃣U⃣S⃣T⃣💎✋🤚⚡️
S⃣T⃣A⃣R⃣ D⃣U⃣S⃣T⃣💎✋🤚⚡️vor 2 Jahren

Looks cool, and scary.

Profilbild von Mike Lobsinger
Mike Lobsingervor 2 Jahren

Looks like the Stanley Cup to me

Profilbild von Pie☈☈e-Ma☈c Doucet
Pie☈☈e-Ma☈c Doucetvor 2 Jahren

The classic annual Alberta hyper-photogenic tornado is back !

Profilbild von Ben Chernesky
Ben Cherneskyvor 2 Jahren

The radar presentation looks nothing like that of your average landspout

Profilbild von Jon Rosland
Jon Roslandvor 2 Jahren

They are the pictures I took of the same tornado

Profilbild von Tall Southern Gal
Tall Southern Galvor 2 Jahren

There was a huge tornado in South Africa today, too!!

Profilbild von 🚨👑 King EJ 👑🚨
🚨👑 King EJ 👑🚨vor 2 Jahren

Reed's pickup line "Hey babe, mesocyclonic occlusion and wrapping inflow are nothing compared to what you do to my heart" ❤️🤣😂

Profilbild von Dave Sills (now active on Bluesky)
Dave Sills (now active on Bluesky)vor 2 Jahren

It developed in a storm environment that was not supportive of supercells. More likely this was a longer-lived, relatively intense landspout that worked its rotation up into the parent cloud over time. Or a hybrid of sorts. Neither is uncommon. NTP will be investigating.

Ähnliche Videos

🚨🌪️SUPERCELL TORNADO IN FRANCE! THE ATMOSPHERE EXPLODED AFTER 5 HEAT DOMES! Today, a powerful supercell thunderstorm produced a large and spectacular tornado in France’s Aude department, south of Carcassonne. The footage is absolutely shocking. 🌪️ A massive Supercell Tornado swept through the Aude (Limoux) region in Southern France, leaving severe structural damage in its path. Estimated wind speeds exceeded 150 mph (240 km/h - EF2+/EF3 intensity), ripping roofs off buildings and creating viral shockwaves online. ✍️But why now? France and the Mediterranean region have experienced 5 major heat domes/heat episodes this summer. Weeks of extreme heat helped leave the lower atmosphere exceptionally warm and moisture-rich, contributing to a large reservoir of convective energy (CAPE). Then the atmospheric pattern changed: 🔥 Hot & humid air ⬇️ ⚡ High CAPE ⬇️ 🌬️ Strong wind shear ⬇️ ⛈️ Rotating supercell / mesocyclone ⬇️ 🌪️ TORNADO But there is an important distinction: Heat domes do NOT directly create tornadoes. However, after prolonged extreme heat, the arrival of a strong atmospheric system can bring together the ingredients needed for severe convection: heat, moisture, instability and strong wind shear. So this is not: “The heat dome created the tornado.” It is better described as: “The prolonged heat helped load the atmosphere with energy, and when a powerful storm system arrived, the environment became favorable for a tornadic supercell.” And today’s tornado in southern France is a striking example of how extreme summer heat and severe convection can become part of the same meteorological story. 🌡️🔥 → ⛈️ → 🌪️ Europe’s extreme summer is showing another dangerous side. #France #Tornado #Supercell #HeatDome #ExtremeWeather #Weather #Climate #Tornadoes #Meteorology ⁠#フランス #竜巻 #ヒートドーム⁠

Jeo Albant

107,418 Aufrufe • vor 20 Tagen