The most beneficial place to set our deep sea mining site is directly off the sea of PNG in the Bismarck Sea because there are ports and docks to ship the minerals to and from. We are running out! We have no time, no option, and no choice. The world’s population is increasing by 228 000 each day. We have around 14 500 days left so only 40 years till the end of oil, 165 years of gas left and 415 years left of coal. We are using these minerals at a phenomenal rate. We need to start to deep sea mine off the coast of PNG. We need state of the art technology, structures and materials, one mistake can be the destruction of an entire habitat.
Recently in the Bismarck Sea there have been discoveries of rich minerals imbedded in the sea floor such as gold, lead, cobalt, silver, copper and zinc. We only have a short time left of gold, 16 years. There are several volcanoes located around the Bismarck Sea, which means there are many mineral deposits coming out from under the sea floor leaving deep pockets rich in coal and minerals. As the tectonic plates are moving they are activating volcanic eruptions, releasing minerals into the sea floor. With the tectonic plates continuously moving, the minerals
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Archaeology is a continuously evolving field where there is a constant stream of new branches and excavation methods. Due to the influx of new technologies and innovations in recent decades, archaeologists have been able to excavate previously inaccessible areas. For example, new diving equipment and tools such as proton magnetometers, side-scan sonar, sub-bottom profiler, and miniature submarines have allowed archaeologists to dive into the deep depths of the ocean. As a result, the branch of underwater archaeology was created to search for shipwrecks and other artifacts on the ocean floor. Underwater archaeology’s role has increased in recent years as it allows archaeologists to more accurately interpret the past by supplementing information gained through traditional land excavations.
Throughout this mining process a byproduct is created called chat. The chat is leftover rock and waste from mining that did not contained the desired materials. The chat was left on the site because the Bureau of Indian Affairs thought it could be of value to the Quapaw tribe (1). This chat contained high levels of toxic lead and other harmful chemicals. It is estimated that there are 75 Million tons (150 billion pounds) of chat piles remaining exposed to the environment as well as numerous flotation ponds that haven’t been taken into account (4).
The subsoil is likewise a source of riches. An example of this is the world’s largest open cast coalmine, located on the peninsula of La Guajira, which pro...
Review: The opportunity and endeavor of exploring the Earth’s oceans can reap great rewards for mankind and unravel many of the mysteries that the Earth has left to discover.
The excitement for mining and excavating for minerals was sparked in prospectors and people looking for an easy way of profit in the 60’s.This second gold rush of speaks, despite most of the minerals they were after was more on the lines of copper, nickel, iron and the like, brought high hopes of those wanting to get rich fast. Though thousands had hope in making money from mining on their own, many excavators found little gold on their own efforts. Most needed to actually find work in mines. But, they almost got something even better. The v...
Princeton University Press. “The Extreme Life of the Sea.” princeton.edu. Princeton University Press. 11 Feb. 2014 Web. 12 Feb. 2014.
"Ocean Pollution." MarineBio Conservation Society ~ Marine Biology, Ocean Life Conservation, Sea Creatures, Biodiversity, Research... Web. 19 May 2014.
Harte, B. (2010). Diamond formation in the deep mantle: the record of mineral inclusions and
“Beneath its glassy surface a world of gliding monsters.” In the movie Deep Blue Sea several witnesses of a helicopter crash on Aquatica must elude enhanced Mako Sharks and the ocean itself in order to make it to the surface alive. Throughout the movie, the characters continually evade explosions and shark attacks during their hunt to reach the surface. The ocean in the Deep Blue Sea not only plays an obstacle and impending doom but also a goal and advantage depending on the perspective.
The deep sea is one of the most hostile environments in the world, which a living organism is subjected to. As you progress from the surface (the epipelagic zone) through to the abyssopelagic zone near the basin of the ocean; the environmental characteristics begin to alter dramatically. Light, pressure, oxygen, temperature and food are abiotic factors that have all led to the fascinating adaptations of deep sea life. Pressure alone increases by 1 atmosphere for each 10m in depth which is an astonishing rate. The deep sea temperature remains between 2-4°c, which is just another factor inhabitants must overcome in order to survive, along with a reduced quantity and accessibility of essential factor’s like ;oxygen, food and light[3].
the history of our mission to conquer the underwater world.” Geographical Aug. 2005:54+. Student Edition. 3 Nov. 2009 .
In “Probing the Ocean Deep”, we read about how technology is helping us search and discover new things in the ocean. Mankind has wanted to explore the ocean and see what kind of things are in it. But, we could not due to the ocean’s immense water pressure and our lack of the ability
Vannela, Raveender. "Are We “Digging Our Own Grave” Under the Oceans?" Environmental Science & Technology 46.15 (2012): 7932-933. Print.
The field of geology has many different branches. Some of these areas have hardly anything in common. The one thing that they all include, though, is that each one concentrates on some part of the Earth, its makeup, or that of other planets. Mineralogy, the study of minerals above the Earth and in its crust, is different from Petrology, the st...
In our days, mining for resources is inevitable. The resources we need are valuable in everyday life. Such resources mined up are coal, copper, gold, silver, and sand. However, mining poses environmental risks that can degrade the quality of soil and water, which can end up effecting us humans if not taken care of and many of the damages are irreversible once they have occurred.