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- How supercells grow to produce giant hail and intense tornadoes
Powerful dynamics within some supercells can support the formation of strong, long-lived tornadoes that can produce EF-5 damage and stay on the ground for an hour or longer Content continues
- Spotters Field Guide - The Supercell, Pt. 1
Supercells can produce extremely large hail and strong, violent, tornadoes and produce damaging outflow winds in excess of 100 mph As a spotter, it is essential to become familiar with the visual aspects underneath these intense thunderstorms An idealized cross section of a mature supercell with some major features and wind flow patterns
- Supercells are the king of thunderstorms. Here’s how they . . .
They drop hail the size of melons, can spawn mile-wide tornadoes with winds over 200 mph and produce hurricane-force microbursts No place in the world bears witness to more supercells than the
- What makes supercells super? | All About Weather | Illinois . . .
Air that was moving horizontally may already be rotating due to air moving at different speeds at different height, and if this air is pulled into the updraft, the updraft starts rotating If the rotation tightens up, a funnel may reach the ground and become a tornado Other Aspects of Super Cells Supercells can also create large diameter hail
- The Power and Impact of Supercells: Natures Strongest Storms
While supercells are known for tornadoes, all supercells are capable of producing large hail, and some (especially LP supercells) are particularly efficient hail producers The intense updrafts can suspend hailstones for extended periods, allowing them to grow to significant sizes (golf ball, baseball, or larger) even without a tornado present
- How a supercell thunderstorm can produce violent winds, large . . .
Supercells are the biggest and baddest kind of severe thunderstorms, capable of producing violent winds in excess of 125 kilometres per hour, large hail more than 5 centimetres in diameter, and
- Supercells: What to Know About These Dangerous Thunderstorms
The National Severe Storms Laboratory (NSSL) said fewer than 20% of all supercell thunderstorms produce tornadoes However, supercells are responsible for spawning the vast majority of all
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