Thunderstorms start usually along a frontal boundary usually assoicated with a cold front but sometimes can happen with the other types of fronts. Along a cold frontal boundary, warm moist air is lifted up and over the cold air mass sitting behind the front. The warm moist air being uplifted along the frontal boundary cools by expansion and the moisture is condensed into clouds. Now here is where the fun part begins, the warm moist air that was uplifted along the cold frontal boundary is uplifted by updraft winds that continue expansional cooling and condensation upwards vertically. Usually before you see the thunderstorm mature you will start to see fair weather cumulus clump together into whats called cumulus congestus. Cumulus congestus are MASH potato shaped heaps of cumulus clouds that are coming together and are getting shot upwards in vertical motion by updraft winds. When a thunderstorm reaches maturity, it reaches the upper troposphere and the top of the thunderstorm cloud is ripped apart by the upper level jetstream into anvil cirrus clouds which are then carried downstream of the storm by the upper level jetstream. Before a thunderstorm matures, downdraft winds form in the front of the storm carrying precipitation and sometimes downbursts out of the storm. Once a thunderstorm runs out of moisture and energy, it starts to dissipate and weaken and eventually dies out all together.
First there needs to be some atmospheric instability, so a layer of warmer air above a layer of colder air. Then there needs to be humidity to fuel the rapid cloud formation. Also there needs to be vertical wind shear, meaning air moving in different directions and speeds at different heights, this contributes to the intensity of the storm. Finally you need a trigger to start convection, this can be air lifting of some type whether it be surface heating (not as likely) or frontal or orographic lifting (more likely).
lightning is a form of energy. it forms when the negative charges in the cloud get big enough and then finds a way to the ground. the thunder is auctually the sound of the lightnng. as humans see before hear, we see the lightning before we can hear its sound.
Thunderstorms start by 2 temperatures fighting and then it starts to get windy then next thing you know you see rays of lighting.
As in what atmosphere does the thunderstorm land on? If That ... the answer is.. Troposphere.
Hope That Helped :)xx
clouds billion rain drops in the cloud ground and sky to much of a something
thunderstorms
No. There is no rating system for thunderstorms.
They can; isolated thunderstorms can produced brief bursts of severe weather, but most do not.
Yes thunderstorms are natural phenomena.
most tornadoes form were it is hot and cold climate , tornadoes start by thunderstorms
No, they start from thunderstorms.
Thunderstorms can start fires kill animals or humans and burn houses.
Thunderstorms are associated with cumulonimbus clouds. However, cumulonimbus clouds do start off as cumulus.
They aren't. Thunderstorms are considered convection as they form when warm air parcels start to rise.
Thunderstorms are often followed by rain. So you have the lightning in the thunder that can start fires, and the rain that can cause flooding.
The lightning from thunderstorms can start a wildfire.
In Greek mythology, thunderstorms were believed to start whenever the god of the sky, Zeus, became angry. He would unleash his lightning bolt down at the earth to signal his anger and show his power.
No. Hurricanes start from a cluster of thunderstorms over warm water. As the air pressure drops at the center, circulation begins.
Thunderstorms form and start rotating. This rotation can then tighten asn intensify into a tornado.
thunderstorms
In russia we eat the thunderstorms, that's why they haven't come back for years
There isn't a specific continent with NO thunderstorms, but Antarctica very seldom has thunderstorms.