The tornadoes associated with squall lines are generally short-lived and weak, especially the spin-ups along the leading edge. Some squall lines can have embedded mesocyclones, however, which can produce stronger tornadoes. In some cases a mesocyclone can develop at the north end of a bow echo and behave in a very similar manner to that of a supercell. These too have the potential to produce significant tornadoes.
Not usually, though it might be that the sparks from power lines the tornado snaps can start a fire. The storms that produce tornadoes can also produce cloud-to-ground lightning, which can cause fires
__*Squall Lines .
Different types of storm includeTropical cyclones (including hurricanes and typhoons)Extratropical cyclones (including most nor'easters)TornadoesThunderstormsSnowstorms and blizzardsDust stormsIce stormsHail StormsSquallsFirestorms
Squall Lines
Warm fronts play a can major role in many severe weather events. They often bring several key ingredients with them including lift and moisture. Although they are not totally necessary for tornado development, they do play a major role in a substantial number of tornadic events. However, warm fronts are typically cause simple rain shows rather than severe weather of any sort. Tornadoes and other forms of severe weather occur more often with cold fronts.
Tornadoes are caused by thunderstorms, typically by supercells. Howevere squall lines and multicell storms can sometimes produce tornadoes as well.
Tornadoes are most often associated with supercell thunderstorms. However, a variety of thunderstorms can produce them including squall lines and multicell clusters.
Cold fronts often do result in storms that produce tornadoes, but are not a direct cause of tornadoes. Not all tornadoes are associated with cold fronts, nor do all cold fronts result in the formation of tornadoes. Other conditions, such as wind shear and instability, need to be present for tornadoes to occur. Squall lines can produce tornadoes, but those tornadoes are usually short-lived and weak. Tornadoes are more often associated with discrete supercell thunderstorms.
Most tornadoes are produced by thunderstorms called supercells, though occasionally tornadoes form in squall lines.
Tornadoes come from thunderstorms, usually, powerful rotating storms called supercells. However, tornadoes can sometimes form with squall lines, hurricanes, and in rare cases, single cell storms.
A squall line is a line of thunderstorms typically associated with a cold front. Squall lines are not necessarily severe, but fairly often can produce severe wind gusts and sometimes hail and tornadoes. A Derecho is a violent thunderstorm complex that typically takes the form of or is part of a squall line. By its formal definition a derecho must produce a damaging wind swath of at least 250 miles and produce winds of at least 50 knots. A derecho generall takes the form of a bow echo, in which the line of storms bows forward, appearing as a backwards "C" on radar
Not usually, though it might be that the sparks from power lines the tornado snaps can start a fire. The storms that produce tornadoes can also produce cloud-to-ground lightning, which can cause fires
There are several factors. First, New York has a relatively cool climate and as a result the atmosphere tends to be more stable and less prone to the severe thunderstorms needed to produce tornadoes. In addition, the fronts that occur are often not strong enough to produce tornadic thunderstorms and more often produce squall lines, which often produce damaging winds but not tornadoes. Wind shear is also not as strong there and strong wind shear is needed for the right kind of thunderstorm called a supercell.
__*Squall Lines .
Not usually. Tornadoes are usually associated with cold fronts or dry lines.
Different types of storm includeTropical cyclones (including hurricanes and typhoons)Extratropical cyclones (including most nor'easters)TornadoesThunderstormsSnowstorms and blizzardsDust stormsIce stormsHail StormsSquallsFirestorms
No. Tornadoes have absolutely nothing to do with fault lines.