Kilimanjaro Research Paper

The final geographical region is the Eastern Highlands, this great portion extends approximately 958 miles South from lake Mobutu Sese Seko, clear through to the edge of the Shaba region. Retaining lush vegetation and highly fertile soils, this region is highly populated. With Mt. Ngaliema engulfed in the series of rugged plateaus and mountains, which make up the heights, reaching an altitude of 16,791 feet above sea level gives the Eastern Heights the greatest altitude throughout the country (Lerner,

The last eruption began on January 3, 1983 to the present. During this time, the lava flows have unfortunately caused destruction of nearly 200 houses, resurfaced over 13km of highway with lava, destroyed the National Park visitor center, and a 700 year-old Hawaiian Temple. It has also added new coastline to the island. There are no signs that the current eruption is slowing or will end anytime soon. Kilauea has little vegetation.

Volcanoes are one of the most destructive, yet, most beautiful things on Earth. They can make a famous city choke in its own ashes in one day, like Pompeii. Or they can turn a once damaging mountain into a graceful and peaceful home for new life, like Mount St. Helen’s. All volcanoes are unique, and no two are the same. Some erupt differently than others, some look different than others, and all are located in different spots all over the world. I learned this while completing the project and the five volcanoes I researched are examples of my discoveries. The five volcanoes I researched were Mount Hood, Mount Mageik, Long Island, Mount Muria, and Las Pilas.

Mauna Kea is currently the tallest mountain in the Hawaiian Chain. 4,205 meters above sea level, Mauna Kea is located on the island of Hawaii. It is the second largest surface that comprises of the five volcanoes on Mauna Kea. With Mauna Kea being the largest Mountain in the Hawaiian chain, it is a popular location to look into the galaxies, to find the origin of life.

People might wonder some basic geography of Mount Everest. The first aspect of the geography of mount everest is the elevation. First of all it is the talled above ground mountain with a whopping elevation of 29,035 said Rosenberg. Mooney said that some glaciers are melting up to 8,850 meters up witch is equal to 29,035 feet up. At Everest's highest point, you are breathing in a third of the amount of oxygen you would normally breathe due to the atmospheric pressure (Bromwich).

Uluru is the biggest rock in the world. It is 9.4km if you walk around it and about 345 metres high if you climb it. It's 3.6km long, 2km wide, and is a roughly oval shape. It's made of arkosic sandstone and is renowned for the way it changes colour in the light and is particularly spectacular at sunrise and sunset.

Teens all around Hawai’i are very very passionate about Mauna Kea because it has long lasting history as the biggest mountain and is sacerd to hawaiian’s and they want to protect it from change. Mauna Kea is a dormant volcano on the island of Hawai’i, it has the highest point in the State of Hawai’i, as well as being the tallest mountain in the world when measured from base to summit. I am a 15 year old Sophomore at Konawaena High School.

In examining the information from the book called Into Thin Air I found it useful to collect some of my own historical information about the mysterious and magnificent Mount Everest. Named after a retired British Survey General, George Mallory Everest. Despite the mountain already being called Chomolungma by the Tibetans and Sagarmatha by the Nepalese. In 1856 the British decided to name the mountain after Colonel George Everest, head of the survey (Davis, 69-73). Discovered back in 1852 to be the highest mountain in the world, it draws its victims in with its beauty, magnetism and power. Hundreds have lost their lives on this incredible mountain, Mount Everest continues to make history with the greatest one day death tolls increasing year after year with more and more mountaineers ready to conquer

The Raton-Clayton volcanic field is about 20 000 km2 in size, and has been active periodically for the past 9 million years. The area is filled with peaks, cones, and lava-capped mesas. The mesas developed as lava flowed into valleys and depressions, cooled off and formed a resistant top layer over sedimentary rocks. As the surrounding rock eroded, the lava protected the underlying stratigraphy from erosion. This caused todays topography, where that which was once the lowest point, is now the highest. There is some disagreement over why the volcanic field is here, one possible cause is that it is near the end of the Jemez Lineament, which has numerous volcanic centers along its reach, possibly

The tallest volcano is Volcan de Fuego, at 12,346 feet. It is called a stratovolcano, which means that it is, according to Dictionary. com, “ a large, steep volcano

Mount Redoubt is an active volcano. A volcano is an opening on the surface of the Earth letting the hotter material inside escape the mountain or hill. (Magma or Lava) When that magma escapes, the mountain creates an explosion. If a volcano has erupted in the last 10,000 years then it is still considered an active volcano.

Mount Tambora is classified as a stratovolcano in Sumbawa, Indonesia. A stratovolcano is a cone-shaped volcano built up of many layers of hardened lava, tephra, pumice, and volcanic ash. As a matter of fact, the volcano’s elevation is 9350’ and the volume is 160 cubic kilometers. Not to mention, Mount Tambora lies on the coordinates of 8.2479° S, 117.9911° E. The diameter of the volcano is about 38 miles.

Mount Vesuvius developed inside the caldera of an older volcano. This volcano was known as Monte Somma. Monte Somma became active around 400,000 years ago. Only the northern side of Monte Somma is left, creating a wall-like ridge around the northern edge of Mount Vesuvius. This feature can be observed today at the site of Mount Vesuvius. The development of Vesuvius produced a volcanic complex consisting of the two volcanoes. (De Boer and Sanders, 2002)

On the 12th of June (Philippine Independence Day), millions of cubic yards of gas-charged magma reached the surface and resulted in the first major eruption which was then followed by a series of eruptions. It produced a 19 km long ash column and pyroclastic flows that extended up to four km from the summit to the river valleys. Later, a 15 minute eruption hurled ash straight up to the sky, reaching the heights of 24 km. The super heated air and the friction between

Mt. Kilimanjaro is a dormant volcano, this could mean that the magma that the volcano is containing, may be heating up slowly. “Though it hasn’t been active for hundreds of years, the molten magma that exists far below its surface may be enough to slowly melt away the glaciers at its peak.” (How Do We Stop Kilimanjaro's Glaciers from Melting?, 2017) This could be a major cause of the disappearing snows. If the magma beneath surface is heating the glaciers, then it could definitely melt enough ice away before the year 2030. Yet, the snow, ice and glaciers on Kilimanjaro are actually evaporating versus melting. This is stated in Setting the Record Straight by Time Ward. “They are evaporating — turning directly from ice to vapor through a process known as sublimation.” When the sun hits the water molecules on the ice and snow, it excites the water molecules. This results in an evaporation alike dry ice when exposed to room