Information om | Engelska ordet TORNADIC

Exempel på hur man kan använda TORNADIC i en mening

• False fronts were built onto the existing store fronts for some shots and then were removed and replaced with rubble in the streets after the tornadic storm hit and the rest of the building was removed using CGI.
• A tornado watch can replace an existing severe thunderstorm watch, if not merely a portion of it, if conditions that were originally considered marginally conducive, if at all for tornadic development have evolved to permit a greater risk of tornado formation.
• The Joint Doppler Operational Project (JDOP) was formed in 1976 at the National Severe Storms Laboratory (NSSL) to study the usefulness of using Doppler weather radar to identify severe and tornadic thunderstorms.
• Also, even in such cases, those fire whirls very rarely are classic tornadoes, as their vorticity derives from surface winds and heat-induced lifting, rather than from a tornadic mesocyclone aloft.
• On 16 December a tornadic supercell thunderstorm struck the east coast, with high rainfall, hailstones and unusually strong winds.
• The south coast tornado was a tornadic waterspout spawned by a supercell thunderstorm off the south coast of New South Wales on 26 December 2001, during the Sydney to Hobart Yacht Race.
• That afternoon, numerous tornadic supercells developed over the northern high-risk area, producing numerous tornadoes, including an EF3 tornado near Martinsburg, Iowa, and a low-end EF4 tornado that swept away a home near Keota.
• Variations in climate patterns and teleconnections, such as the El Niño–Southern Oscillation (ENSO) can also have significant impacts on tornadic activity in the region from year to year.
• A tornadic vortex signature, abbreviated TVS, is a Pulse-Doppler radar weather radar detected rotation algorithm that indicates the likely presence of a strong mesocyclone that is in some stage of tornadogenesis.
• Types included in surface weather observations include precipitation, obscurations, other weather phenomena such as, well-developed dust/sand whirls, squalls, tornadic activity, sandstorms, volcanic ash, and dust storms.
• Specializes in the dynamics of convective storms, including tornadic supercells and mesoscale convective systems (MCSs).
• The unusually far-reaching nature of this airmass resulted in the greatest tornadic activity occurring outside the climatological maximum area for tornadoes in May.
• Mesovortices can spawn rotation in individual thunderstorms (a mesocyclone), which leads to tornadic activity.
• While there are abundant kinematic datasets gathered by mobile radar of the tornadic region of supercells, the number of quality mobile mesonet or sticknet thermodynamic datasets of the flow field proximate to the tornadic region, generally within the supercell rear-flank downdraft (RFD) outflow, are comparatively rare.
• The most prolific tornadic activity associated with the May 3 outbreak – and the multi-day outbreak as a whole – occurred in Oklahoma; 14 of the 66 tornadoes that occurred within the state that afternoon and evening produced damage consistent with the Fujita scale's "strong" (F2–F3) and "violent" (F4–F5) categories, which, in addition to the areas struck by the Bridge Creek–Moore tornado family, affected towns such as Mulhall, Cimarron City, Dover, Choctaw and Stroud.
• A tornadic waterspout formed late in the afternoon over Lake Huron, coming ashore at Goderich, Ontario.
• The Burlington area storm would mature into the first of multiple long-tracked, multi-tornado tornadic supercells, producing additional tornadoes near Roxboro and South Hill, Virginia.
• The storm mode on April 26 was predicted to include mostly discrete tornadic supercells during both the afternoon and the early evening, shifting over to a mesoscale convective complex, with more of a threat of damaging winds and hail during the nighttime hours.
• Beginning as a tornadic waterspout over Lake Huron, the tornado ripped through the lakeside town of Goderich severely damaging the historic downtown and homes in the surrounding area.
• The first indications that a potentially severe and tornadic event would result from Hurricane Rita were on September 22, when models showed that an area of wind shear located over East Texas would be favorable for tornadoes to develop from the hurricane's rainbands.

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