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why do trees get struck by lightning

Pow! Bam! Kaboom! No, those aren't the captions of cartoon fistfights between superheroes. Those are the sounds we often associate with the rumblings we hear overhead from the
that accompany thunderstorms. Of course, when you hear, you automatically anticipate and look for what? You guessed it! Depending upon how close a storm is, a rumble of will usually be followed rather quickly by the next of. But what exactly is? Quite simply, it's a bright of. can occur within a single, between clouds, and between a and the ground. The latter, often called -to-ground, is what we commonly think of as a that we see during a thunderstorm. Small particles of ice collide within thunderclouds, causing an electric to build up. Objects on the ground, especially taller things like mountains, buildings, and even people, can also build up an electric. When electrical charges coming down from clouds meet opposite electrical charges coming up from the ground, they connect and electric flows rapidly from the to the ground in what we call a or a. You may have experienced a similar known as. If you've ever walked across a carpet and then felt a when you touched something metal, you've felt the power of an electrical discharge. That you felt was moving between you and a metal object. Although a of is only a few inches wide, it appears to be much larger to the human eye. It can also be very, even deadly. Not only is there a great deal of in a of, it's also very hot. A can generate temperatures of about 54,000В F в or about six times hotter than the surface of the!


So what happens when that powerful of hits an object on Earth? In particular, what happens when strikes a living? Although it might seem like a foregone conclusion that a might be burned up in an instant, can actually have a variety of effects on a. What exactly happens depends upon several factors, including what kind of it is, how much it contains, the overall health of the at the time of the, and the intensity of the. Much of the that does to trees is a result of what happens when the inside a is subjected to the super-hot temperatures caused by. A 's moist tissues often sit just below the outer layer of. This is why some strikes result in the of a appearing to in large chunks. If the outer layer of is soaked from excessive rainfall, however, the may travel along the outside of the to the ground, resulting in little. At other times, though, intense bolts may split trees in two and cause them to burst into from the inside out. A that has been hit by may survive intact for many years. Other trees, though, might need to be cut down if they pose a danger of falling on people or property. Some large trees have been known to have been hit by on many separate occasions. If a struck by doesn't catch on fire and to the ground, it may live for quite a while even with extensive injuries. -damaged trees, however, will often be more susceptible to other types of, such as that from insects, disease, and.


Pow! Bam! Kaboom! No, those aren't the captions of cartoon fistfights between superheroes. Those are the sounds we often associate with the rumblings we hear overhead from the that accompany thunderstorms. Of course, when you hear, you automatically anticipate and look for what? You guessed it! Depending upon how close a storm is, a rumble of will usually be followed rather quickly by the next of. But what exactly is? Quite simply, it's a bright of. can occur within a single, between clouds, and between a and the ground. The latter, often called -to-ground, is what we commonly think of as a that we see during a thunderstorm. Small particles of ice collide within thunderclouds, causing an electric to build up. Objects on the ground, especially taller things like mountains, buildings, and even people, can also build up an electric. When electrical charges coming down from clouds meet opposite electrical charges coming up from the ground, they connect and electric flows rapidly from the to the ground in what we call a or a. You may have experienced a similar known as. If you've ever walked across a carpet and then felt a when you touched something metal, you've felt the power of an electrical discharge. That you felt was moving between you and a metal object. Although a of is only a few inches wide, it appears to be much larger to the human eye. It can also be very, even deadly. Not only is there a great deal of in a of, it's also very hot. A can generate temperatures of about 54,000В F в or about six times hotter than the surface of the!


So what happens when that powerful of hits an object on Earth? In particular, what happens when strikes a living? Although it might seem like a foregone conclusion that a might be burned up in an instant, can actually have a variety of effects on a. What exactly happens depends upon several factors, including what kind of it is, how much it contains, the overall health of the at the time of the, and the intensity of the. Much of the that does to trees is a result of what happens when the inside a is subjected to the super-hot temperatures caused by. A 's moist tissues often sit just below the outer layer of. This is why some strikes result in the of a appearing to in large chunks. If the outer layer of is soaked from excessive rainfall, however, the may travel along the outside of the to the ground, resulting in little. At other times, though, intense bolts may split trees in two and cause them to burst into from the inside out. A that has been hit by may survive intact for many years. Other trees, though, might need to be cut down if they pose a danger of falling on people or property. Some large trees have been known to have been hit by on many separate occasions. If a struck by doesn't catch on fire and to the ground, it may live for quite a while even with extensive injuries. -damaged trees, however, will often be more susceptible to other types of, such as that from insects, disease, and.

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