Wait a second!
More handpicked essays just for you.
More handpicked essays just for you.
Volcanoes risks and resources
Don’t take our word for it - see why 10 million students trust us with their essay needs.
Recommended: Volcanoes risks and resources
Earth has physically changed millions of times due to moving tectonic plates which has formed our planets mountains; altering the way our environment looks. Volcanoes, (formed when magma from the upper mantle heads to the surface, causing the land to rise) are one of nature’s finest spectacles. These geographical forces have erupted many times; from small-scale eruptions to cataclysmic ones; making them a force to consider about. Therefore the past is useful in predicting possible future eruptions as in terms of the effects they can have on civilisation, they are unpredictable in what they can produce. A super volcano is different to a normal volcano. The physicality maybe similar, but instead of one blast, they are a series of separate eruptions which then converge into one mega eruption. Each is a result of rising and growing chamber of hot molten rock known as magma. The problem is volcanoes are split into three categories: active, dormant and extinct. For scientists, active volcanoes are less of a threat as scientists know when they will erupt. With dormant however, they are scientist’s worst fear as they can come back to life and erupt. …show more content…
A catastrophic eruption in the Siberian Traps, (a large region of volcanic rock covering 3.9 million square km) during the “Permian – Triassic” period, erupted wiping out 94% of all aquatic creatures and 70% of all land mammals, resulting in a 30 million year restoration period due to the environmental disruptions. Therefore people should pay more attention as this was only the result of plates moving underground which started the eruption. The effects this had on the planet were deadly: poisonous gas, global warming, deterioration of soils and plants from the landscape, eruption of gases from deep within the oceans, and mass de-oxygenation. Although the chances of this happening again are improbable, this just shows the capabilities within super
I am comparing Tom murphy and John Colter. They both ventured into Yellowstone national park. They ventured alone into Yellowstone National Park. A difference between the two is that Tom murphy knew what this place was John Colter did not. That could have given Tom Murphy an advantage over John Colter. When Tom murphy got to someplace he didn’t have to tell people about it or people would know what he is saying because this is modern times and people know about Yellowstone. They both probably had to face bad weather in Yellowstone and Tom murphy definitely had to face bad weather.
Volcanic forecasts are more accurate then earthquake predictions. These predictions are generally forecast in the same way as an earthquake (temperature increases in geothermic waters gaseous concentrations, changes in elevation of land and water etc… Because we generally know where Volcanoes are, we can predict when an eruption may take place.
Yellowstone Park is the world’s first national park and the 8th largest national park in the United States. The park is primarily located in Wyoming and parts of Idaho and Nevada (56 Interesting Facts About . . . Var Addthis_config = ) It is a tourist attraction due it’s 5,000 to 15,000 years old geysers, over 45 waterfalls, canyons, rivers, hot springs, and its massive concentration of natural wildlife. Two of the most popular park attractions are the Old Faithful geyser and the Grand Prismatic springs. ("Fun Facts." - 32 Interesting Facts Yellowstone National Park.)
What is a super volcano, what is a volcano? A volcano itself is a hill or mountain with vents to the crusts of the earth that let magma sit under or in the mountain. “A super volcano is any volcano capable of producing a volcanic eruption with an ejecta volume greater than 1,000 km3 (240 cu mi). This is thousands of times larger than normal volcanic eruptions. Super volcanos are on a much bigger scale than other volcanoes. Unlike composite volcanoes, with their steep sides, they are difficult to spot.” (Internet Geography, geography.learnontheinternet.co.uk) An average volcano in the world would just cause local damage, but this super volcano could end life on earth. Not just with the eruption but the ash would cause a volcanic winter blocking the sun to long and then even more the ash would choke everything out and collapse roofs. Yea Rainier would kill thousands of people, but Yellowstone would literally kill billions plus of people. In comparison, Rainier is a little fly and Yellowstone is a Griffin {The big eagle lion bird thing}. Yellowstone has the capability to erupt 1,000 times stronger than Rainier ever could.
Mount Tambora, located on the Island of Sumbawa, Indonesia is classified as a Stratovolcano. Also known as a composite volcano, Tambora is a tall conical volcano (cone like structure) where layers of the walls are built by hardened lava and volcanic ash. The term composite is used to describe the volcano due to the composite layered structure built from sequential outpourings of eruptive materials1. Among the most common types of volcanoes, Tambora also shares its destructive prowess with best-known volcanoes such as Krakota (1883) and Vesuvius (79 A.D). The Island of Sumbawa is located in the middle of the Lesser Sunda Islands chain (a group of islands in the southern Maritime Southeast Asia) and is in the province of West Nusa Tenggara3. A map of Mount Tambora is shown in Figure 1 to provide a better perspective of its location. Interestingly enough, Tambora forms its own peninsula on Sumbawa, known as the Sanggar Peninsula. In April of 1815, after years of dormancy, Mount Tambora erupted with great intensity, approximately 7 on the volcanic explosivity index, which is shown in Figure 2. It has been estimated that the eject volume of Tambora was 160 cubic kilometres, which represents the largest volcanic eruption in recorded history. The death toll has been projected to be at least 71,000 people, of who over 15% were killed directly from the eruption1. The remaining 75% have been thought to succumb to starvation and disease, as the eruptive fallout decimated the agricultural industry in the region. Following the eruption, a volcanic winter ensued. As sun become less abundant due to clouds of ash, crops and livestock perished. Please note that all definitions appearing in the footnotes are either taken from already referenced so...
Stories about volcanoes are captivating. Myths come in different versions, but all of them are capable of capturing yours, and everybody’s imagination.
In addition to taking many human lives, the volcano destroyed every living being – plants and animals – in its path. With the tremors that came after the eruption, there was the possibility of a tsunami, which may have caused even more damage. The eruption, the tremors of the earth, and the possible tsunami destroyed almost everything in the vicinity of the volcano (Gonzalez). Another problem that arises with a volcanic eruption is the volcanic ash. The volcanic ash released from Mount Vesuvius was enough to cover the sunlight, and can be poisonous for humans to inhale. Also, the ash reflects sunlight, which results in the cooling of Earth (Turgeon). While every volcano is hazardous to human life, volcanoes can have a positive effect after the destruction they cause. The ash from volcanoes has many minerals that come from deep under the earth. The ash falls to the ground and mixes with the soil near the volcano. This makes the soil highly concentrated with minerals and very fertile. The fertile soil attracts more people to live in the area around Mount Vesuvius, despite the danger of an eruption (Tilling). On top of the effect it has had on the environment, the Mount Vesuvius eruption has also affected current government
Volcanic Eruption, which means the sudden occurrence of a violent discharge of steam and volcanic material, is one of the catastrophes in human history. It can devastate enormous areas, as well as people. The eruption of the Vesuvius in AD 79 buried the cities of Herculaneum, Pompeii and Stabiae with ashes and mud. (Oracle think quest) The majority of ancient volcanoes, like Mt. Vesuvius in Italy and Mt. Tambora in Indonesia are all dormant volcanoes now. However, Mt. Etna, which have been erupting for millions of years, still remaining active now. (Sicily Life) From 4 May 2011 to 6 May, it erupted and emitted enormous lava - molten rock - and ashes - chemical composition and abrasive of the particles from a volcanic eruption - into the air. For the sake of it is one of the most active volcanoes in the world, acquire the basic information about volcano and Mt. Etna is essential.
The Mauna Loa volcano is located in Hawaii and means "Long Mountain" in Hawaiian. It is a giant, basaltic shield volcano. It is one of the largest volcanoes and mountains in the world and has been called the "monarch of mountains". It has an estimated volume of 9,600 cubic miles and takes up half the land of Hawaii. It extends about 120 km starting from the southern tip of the island to the northern region. It is 97 km (60 miles) long, 48 km (30 miles) wide, and is 8,742 km (28,680 miles) high from the base on the sea floor to the top. The slopes are steeper than 12 degrees and about 4 degrees at the top of the volcano. Mauna Loa formed about half a million years ago and in the middle stages of forming into a shield volcano where lava flows to form a sloped and broad flat domed volcanic cone. Along with Mauna Kea, the Mauna Loa volcano is responsible for the creation of the Hawaiian Islands. Mauna Loa has erupted thirty-three times since 1843 and is known as one of the most active volcanoes in the world today. The last eruption was 1984 and lava flowed within 4 miles of the city of Hilo. This shows that it is dangerous to live anywhere near Mauna Loa and that it poses as a threat to anyone living near it because it has a very high possibility of erupting within a very short span of time. Below is a picture of Mauna Loa taken from a bird's eye view.
The bison of Yellowstone National Park have been a controversial issue since man moved westward. The bison are a prime example of the tragedy of the commons, meaning that because they were not managed, they became extinct rather quickly. It was rapidly realized that the number of bison was decreasing to near extinction when fewer than 1,000 remained. Management practices improved, and the number of bison is nearly 500,000 today. However, many of these bison are not pure bred; the only pure bison that remain live in and around Yellowstone National Park. These particular bison require modified management practices not only because they roam within a national park, but because they roam outside of the park and interact with cattle
After volcanoes erupt, significant amounts of dangerous and toxic gasses can enter the atmosphere such as sulfur dioxide and carbon dioxide. It is a good thing Japan has an evacuation plan and is ready to clear people of the area because the environment and personal health are going to be affected. These factors of health and pollution where affected in the 2011 during the Fukushima nuclear power plant incident. The Fukushima incident showed that natura...
An unlooked natural disaster for 70,000 is Wyoming own supervolcano. The volcano has been due for over a 1,000 years. The volcano last erupted 70,000 and an umbrella of ash fell to the ground. What would the nation and individuals do to protect themselves and what would be the consequences.
To begin, Binderman explains that a supervolcano has the same impact on Earth as a small asteroid, and they have potential to effect the global climate for years after an eruption. Supervolcanoes are right here in the U.S. at Yellowstone National Park in Wyoming as well as the state of California. Supervolcanoes only erupt once every few hundred thousand years, so it is very unlikely that we will experience an eruption in our lifetime. The impact that volcanoes have on our climate and safety is detrimental to our health and well-being, so there has been much more research since the 1950s. Researchers have found ways to discover more about the nature of volcanoes through examining the microscopic crystals in ash deposits from old eruptions.
Living in close proximity to a volcano when erupted can cause a large number of things to happen to human health. Smoke Inhalation which can cause suffocation. Fast magma flow, and mudslides are also a hazard. Even living quite some distance from an active volcano can be a hazard. Take for example in 1815 the eruption