These regions have the most frequent and intense mesoscale convective systems.
2.
These storms have a warm core, like other mesoscale convective systems.
3.
Most mesoscale convective systems develop overnight and continue their lifespan through the next day.
4.
Mesoscale convective systems bring 30 to 70 percent of the annual warm season rainfall to the Plains.
5.
The torrential rains were caused by large clusters of thunderstorms known in meteorological circles as mesoscale convective systems.
6.
A multicellular storm can sometimes develop into a Mesoscale Convective System ( MCS ) or be a squall line.
7.
During the summer and early fall, mesoscale convective systems can move into the area from Canada and the Great Lakes.
8.
A southerly low level jet in the Great Plains of North America helps fuel overnight thunderstorm activity, normally in the form of mesoscale convective systems.
9.
There was a mesoscale convective system in the area at the time, and the aircraft had deviated to the left of its course to avoid it.
10.
Mesoscale convective systems are important to the United States rainfall climatology over the Great Plains since they bring the region about half of their annual warm season rainfall.
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