Here are 5 such natural disasters that simply cannot be prevented by humans. These irresistible natural calamities cause serious damage to the earth.
When you look at the grand scale of the universe humans are relatively helpless. There is so much that could happen in the blink of an eye that we would be powerless to stop. A solar storm could wipe out all of our electronics or an asteroid could come out of nowhere and obliterate us the same way as the dinosaurs.
Humans can’t stop any natural disaster regardless of its size. However, it’s pretty frightening to see just how many natural disasters could happen soon that would impact nations in untold ways. All we could do is look at the carnage and hope for the best.
5 natural disasters cannot be prevented
- Eruptions of Mount Fuji
- Earth getting hit by meteors
You have heard about Yellowstone a lot but it’s worth bringing up again for just how massive it would be if the caldera finally went off. While people are quick to say that Yellowstone is overdue for an eruption. The truth is a bit more complicated. Volcanoes don’t work in predictable patterns. So it could go off in the next year or it could go off in a thousand years.
It’s really up to the hands of fate. But what happens when Yellowstone finally erupts. If the volcano went off on a massive scale, it would completely cover Montana, Wyoming, Colorado, and Idaho in three feet of ash.
A mix of glass and broken rocks would cover much of the midwest. And this would wreak havoc on our food production. That kind of ash would kill most plant and animal life in the area.
It would also short-circuit electrical equipment and crush roofs. Multiple states would have to contend with damaged buildings and minimal electrical power. But the effects would be felt around the country. While states further away from the volcano wouldn’t see the same level of ash.
A massive eruption would likely spew debris from coast to coast. A precise distribution pattern would be dependent on the time of year of the eruption as well as weather patterns at the time. Air travel would need to shut down across much if not all of the united states.
It’s also possible for the world to experience a cooling period from this event. Volcanoes can spew sulfur aerosols that reflect sunlight and there’s a history of volcanic eruptions cooling the planet by as much as one degree Fahrenheit. This is a worst-case scenario.
It’s possible when Yellowstone erupts next it will be much smaller in scale. But the impact to the immediate area would be immense regardless.
Eruptions of Mount Fuji
Mount Fuji in Japan has erupted about 180 times over the last 5 600 years. Many of these have been minor with the last huge eruption taking place in 1707. This particular eruption created over 28.2 billion cubic feet of volcanic ash. Which traveled as far as 62 miles and remained in the air for two weeks after the initial blast? Another eruption of the same scale could happen again.
However now the area around Mount Fuji is much more heavily populated. In 2020, the Japanese government released the results of a simulation showing what would transpire if Mount Fuji erupted today. The worst-case scenario found from the simulation estimated that roughly 17.3 billion cubic feet of volcanic ash would spread over Tokyo as well as surrounding cities. Ash would fall over the city in as little as three hours. With Tokyo, needing to be shut down within the first day roads would need to be blocked off and planes would be unable to land.
The debris would also cause power outages and disrupt mobile phone towers. Making it difficult for citizens to learn additional information about the next steps. The accumulated ash would also pose threats to anyone living in wooden homes that are popular in the region. It is also likely that a volcanic eruption would lead to several other secondary disasters. For example, ash could block natural dams in the Sakawa River flooding multiple areas.
These simulations aim to help local governments prepare as much as possible to try to minimize damage when the volcano does go off. There is no way to stop it. However, communities can take action to somewhat reduce the threat level.
If you live on the United States’ west coast, you probably hear the phrase the big one thrown around a lot. It refers to the day when the San Andreas Fault inevitably experiences an earthquake and a large enough tremor would be enough to destroy massive portions of California Oregon and Washington.
All it would take for the big one to arise would be a 7.8 magnitude earthquake striking along the San Andreas Fault. In addition, to be honest it is only a matter of time before it occurs. To stop plate tectonics there is nothing humans can do. Big earthquakes tend to happen on the southern San Andreas Fault line once every 45 to 230 years. It has been 161 years since the last big quake occurred. A 7.8 magnitude earthquake along with the San Andreas Fault may only last a minute.
However, it would decimate the region. Some predictions for this event estimate that 1800 people would die immediately with 1 600 fires igniting throughout the area. Many people would become trapped inside buildings that have collapsed and over 270 000 people would be displaced from their homes. Search and rescue efforts would last weeks try to find survivors among the wreckage with thousands more needing to go to err for injuries. If you ever find yourself during a massive earthquake, the best advice is to drop cover and get yourself under a desk or table.
Hurricanes are rated on the category 1 to 5 sapphire Simpson scale with five being the most intense. Category 5 hurricanes are already rather rare with only about seven hurricanes reaching such a status. However, they are possible and do happen. In the 2019 hurricane, Dorian had gusts with speeds of up to 220 miles per hour. Many scientists believed that this should have given Dorian the rating of category 6 if it only existed.
Some scientists believe it is time to change the scale. Because stronger hurricanes are only going to become more prevalent as the years go on. A combination of more water in the earth’s atmosphere with warmer ocean water creates the ideal conditions for these immense hurricanes to develop. Unofficial category 6 hurricanes have popped up around the world. One has never made it to the United States. Nevertheless, it is likely only a matter of time.
A category 5 hurricane is already capable of destroying telephone poles houses buildings and more. It is one of the most destructive forces of nature, which humans can experience. In addition, a category 6 would be even stronger. Lives would be lost and homes would be destroyed. However, aside from making the hurricanes sound more menacing. Some believe changing the categories is irrelevant.
The Safir Simpson scale only accounts for a storm’s maximum sustained wind speed. It does not take into account storm surge or rainfall. Still, no one should ever have to experience the wrath of a storm where winds exceed 200 miles per hour.
Meteors are hitting Earth
Every day about 17 meteors strike the planet. These rocks tend to mostly burn up in the atmosphere. When they do reach the surface, they are usually small enough to not cause any real damage. Moreover, since most of the planet’s surface is covered by ocean most simply land there with no real repercussions. However, the possibility of a meteor of substantial size striking the earth’s surface is possible.
It would decimate wherever it landed. For instance, a meteor the size of a small house would release about 20 kilotons of energy. That is about the equivalent of the bomb dropped on Hiroshima. It would flatten buildings within a half-mile away. Pretty much destroyed the city where it landed. However, what would happen if a meteor about a mile wide were to hit the earth. At that point, it would release approximately 1 million megatons of energy.
This is 10 million times greater than the bomb at Hiroshima. Everything within 100 miles of ground zero would be obliterated. In addition, at this point, we would have a scenario about the equivalent of what caused the dinosaurs to go extinct. If the meteor struck land, it would kick up enough debris to block out the sun, causing most living things to die out. Fortunately, organizations are working on methods to protect the planet if such a meteor were ever on a collision course.
Theoretically, a meteor could be knocked off course with a spacecraft or destroyed with a nuclear weapon. However, since these methods have not been tried before it is all hypothetical. Moreover, as of this moment, we’re still pretty much helpless against threats from space.
In conclusion, based on the overall discussion we can say that these 5 natural disasters cannot be prevented.