A journal paper was published under the title of "Lightning protection for trees and related property" (R. Cripe, Journal of Arboriculture; Sept.24 2007) that notes Pine Trees are third most likely to be struck by lightning; after oak and elm. Pine trees are noted as being on average taller than other trees, having a direct water-table root system and their needles have a lower resistance (higher conductivity).
Yes.
So you do not get cold which in turn means you are less likely to get sick.
Chicago is not on a fault line so there can't be earthquakes.
More likely than where? please make your questions unambiguous. In general the east side of the US is less likely to have earthquakes and volcanoes as compared to the west side.
False
This is because your vehicle is insulated from the ground by its rubber tires. Making it less likely to be struck.
Yes, lightning can hit bats while they are flying. However, bats often seek shelter during storms, so they are less likely to be struck by lightning compared to other animals.
we should take shelter under short trees rather than tall because short trees are less in height and there are less chances for it to catch electric lightning
According to a paper published in 2011 by one of the foremost experts on lightning safety, Chandima Gomes, "animals with a large separation between their front and back feet... are vulnerable to receive lightning injuries due to the dangerous potential differences that may built up between these feet, in the event of nearby lightning." The paper went on to say that taller animals like giraffes and elephants could be more susceptible to "side flashes," where lightning rebounds after striking a nearby tree.Giraffes being long and tall, those two points seem to indicate that they’re more likely to be struck, but because the occurrence of lightning striking an animal is so rare, there is not enough numerical evidence to support the theory. According to Julian Fennessy, a Namibia-based conservationist and chair of the International Giraffe Working Group, "if you're in the wrong place at the wrong time you're susceptible—it's not that giraffes stand out like lightning rods."
Woodpeckers attack trees that are infested by insects...that is what they are after. So trees that are less likely to suffer insect infestation are MORE likely to be left undamaged by woodpeckers. I don't know of any tree totally impervious to insects.
Sheep with access to plenty of good quality pasture are less likely to eat trees as they prefer grass. Sheep that are overstocked or underfed may turn to browse on trees out of desperation for food. Breeds such as the Katahdin or Dorper are known to be less likely to eat trees compared to other sheep breeds.
Sailboats with high mast get struck every so often. Small fiberglass boats hardly ever get struck. in the last ten years, only 8 fiberglass boats under 35ft have been reported struck by lightning. Thats less than one per year! These studies have been compiled with using insurance/acturary statistics. Large steel vessels and tall sailboats with conductive mast's are more likely to get struck, but even those numbers are suprisingly low.
The fact that electrons and protons attract has little if anything to do with lightning or why it is dangerous. Lightning is a huge burst of stored electric charge. That charge becomes a very high current through the air, but electric current prefers to go through things like water and metal, because it's less resisitive than air. This means that trees are more likely to get hit by lightning (as are other tall objects like churches and buildings). So, standing under one means it is quite possible you will get hit by the lightning too.
because the atmosphere is more stable. during the summer, the earth is heated unevenly (either the north or south hermispheres), with causes convection currents in the atmoshere-which causes our weather-and creates static in the form of lightning. in the winter, this is less likely to happen, therefore lightning in the winter is rare.
Even arboreal animals can fall from trees. It's less likely to happen because they have various adaptations to life in the trees depending on their niche and they get a lot of practice. Prehensile tails, opposable thumbs etc.
Positive lightning and negative lightning differ in terms of their charge distribution. Positive lightning originates from the top of a thunderstorm cloud and is less common but more powerful and dangerous. Negative lightning, on the other hand, originates from the bottom of a cloud and is more common but generally less intense.
Trees convert carbon dioxide into oxygen through photosynthesis. Less trees = less conversion