Deep Ocean Research Paper

It all started when the shipping container we were riding in from the United States to England fell overboard. It plummeted into the ocean floor and busted open when it crashed into the flattest part of the ocean. We floated up through the three ocean zones to the surface of the ocean. On our journey from the Midnight zone to the Sunlight zone, we saw fascinating ocean creatures and various plants. Starting from the Midnight zone we noticed fewer plants and animals than the Sunlight zone due to its cold temperatures. Most of the animals looked like as if they were to belong here and there was absolutely no sign of plants. But, we also noticed fewer creatures which adopted very well to these cold and freezing temperatures. Most of these temperatures happen in the deep sea trenches, Abyssal plain, and the Continental rise.

Astonishingly, Did you know that we have better maps of the moon than we do of the ocean? (#7) It’s true! Scientists are working to make drones to explore the deep sea. Ocean Exploration is a developing science that incorporates the use of marine biology and drone technology. Ocean Exploration technology will be an overall benefit to society because 1. exploring the ocean is easier than before and 2. ocean exploration can help with monitoring the deep sea.

The deepest depths of the ocean are unfathomable, no one knows what creatures lurk down there.

To begin with, if I was currently an advocate for the environment and animals I would first focus on the Orcas, or killer whales, at theme parks, specifically Sea World. First of all, Sea World is inhumane. Five of the Orcas currently at sea world were “whale-napped” from the oceans they called home. For example, Tilikum, one of the most know whales in the Sea World franchise, is now thirty-two years old. He was captured at the age of two by, which means he has been in captivity for thirty years. And, before anyone says Tilikum was injured so they “rescued” him I want to say that it is fact that Tilikum was not injured. He was taken from his family and confined to a tiny tank just so people could make a hefty profit. Also, if the Orcas are

Scientist in order to measure the depth of the ocean use “Bomb Sounding” this is where they throw TNT into trenches and from the echo that it gives the scientist than approximate its depth. “Recent expeditions such as the HADES project in the Pacific suggest that fish are not found below 27,560 feet. But the hadal zone extends to 36,000 feet”, (Cock-Starkey 9). The development of the “DeepSea Challenger” allowed the ability for scientist to travel down the trench to collect rocks, sediments,and biological samples. Scientist from Scripps Institute Oceanography, University of Hawai’i, and Jet Propulsion Laboratory all joined in into the DeepSea Challenger setting their research on marine biology, microbiology, astrobiology, marine geology and geophysics. Living in the deepest part of ocean surfaced thoughts of marine life being non-existent because of the lethal conditions it has , but past findings of marine life as deep as 27,560 feet shook scientist. Marine adaptation has grown because of the frequent findings of marine life such as the following: Frilled Shark (5,000 ft), Giant Spider Crab (estimate 1,000 ft), Atlantic Wolffish Pair (1,600 ft), Fangtooth Fish (16,500 ft), Six-Gill Shark (8,200 ft) and etc. All these deep sea creatures have adapted to low oxygen levels and the lightless depth of the

Robert Ballard was one of the great explorers who discovered numerous secrets about the deep sea and science while encountering new creatures and natural resources as he explored and exchanged new ideas of using technology and incorporating it into his discoveries. Ballard is known for two of his most famous findings: the shipwreck of the Titanic and the Bismarck. The ideas of using technology to assist with his findings helped him create his own equipment with his team to find out more about the deep sea. The idea came from previous discoveries where he saw the Earth’s curst crack and how it affected marine life, geology and geophysics. This led him to become intrigued and continue on to more research to show the world the mysteries of the ocean. Ballard’s exploration of the deep sea provided encounters that led to a better understanding of plate tectonics and the environment, the use of technology to find historical treasures, and the preservation of history left behind in the deep sea.

Pitch black, dead quiet and seemingly desolate, the deep sea resembles that of a far off alien world. Until recent advancements in technology, little to none has been known about the deep sea. Far beyond the natural reach of humans, only highly expensive submersibles have visited the ocean’s deepest and darkest locations. In the Pacific Northwest, an eerie 7-mile venture underwater will take you to the deepest spot on the planet, Challenger Deep in the Mariana Trench.

Within explicit texts, "Into the Deep," by Spencer Kayden moreover including, "What's Down There," by Mackenzie Carro, there is a ubiquitous theme concerning the correspondence between humankind and the subterrene ocean. It investigates how we are achieving to find life submerged in the sea using modern technology. It explains that we continue to discover multiple forms of life underneath the shores using research and submersibles. Because of this detail and additional ideas pointed out in both pieces, the two are more comparable than expected.

Imagine being in a tiny submarine. You’re almost 12,000 feet under the ocean, and you see nothing but darkness out of the little window. Then, suddenly, a massive burst of color makes you jump. As you get closer to the object, it appears to be a enormous, creepy, ghostlike sunken

The Deep sea ecosystem has been classified as the largest ecosystem compared to all other ecosystems within the world (Martin, 2003). The main characteristics of this ecosystem is that it experiences very low oxygen levels, the water temperature is extremely cold, the pressure within this area is very high and sunlight do not penetrate to these depths. The species that do live within this environment are highly adapted to these harsh conditions such as the Cookie-cutter Shark (Isistius brasiliensis) (Figure 02). This essay will mainly focus on the Cookie-cutter Shark as well as

clues about what the ocean was like while they were alive, allowing the researchers to

One of these creatures are the yeti crabs. These crabs live near the thermal vents at the bottom of the deep sea. Their white color could be due to their obscured environment. There is a reason these crabs are called “yeti crabs”. Yetis have hair, so this would represent the crab’s distinct features. As said in the article, these crabs are “Dubbed ‘yeti crabs’ for their hairy chests and legs, these creatures are new to science” (p.3). This has grown on the crabs over many years to adapt to the thermal vents around its living space. The yeti crab lives in a mixed climate where it is very hot and very cold at the same time. When these two temperatures collide, “chemical reactions produce an array of mineral compounds, which many organisms consider food” (p.2). Animals such as the yeti crab depend on chemistry rather than photosynthesis. Since these crabs are new to science and new to the studies of scientists, they “aren’t sure but conjecture that mineral-eating bacteria might grow on the crabs’ hairs and that the crabs might scoop up the bacteria” (p.3). This differs from the other crabs in the world. Maybe the more the yeti crabs live near the thermal vents, they will adapt even more and evolve

During few thousand years of sea-borne commerce, lying on the sea bed is the consequence of storms and accidents for over three million shipwrecks. These accidents and debris provide marine archaeologists a wealth of messages about various aspects, such as culture, science and technology and trading trends of older societies to. However, lots of them are too deep to analyze. Take Scuba divers as an example, it can only move down so shallow that it prevents the study of wrecks, which is destroyed by storm and plant growth. Also, only few of well-known subjects can afford expensive devices to discover deep-sea spots. However, a new mini submersible, AUV, which can move automatically in deep sea and is not costly was invented. Currently, an American

Forty-six years later, May 8, 1991, a computer-controlled submarine scanned the ocean floor for sunken galleons. On this day, the crew of the Deep Sea would be unsuccessful in their search for galleons. Instead, 750 feet below the surface of the ocean, they would discover the outline of an

For many years humans have struggled to discover the deepest parts of the ocean and have also struggled with discovering space. We could not go really deep into the ocean, because humans can not withstand the pressure that the ocean produces. But now there is a robot that can reach the ocean floor called “The Benthic Rover”. With that new robot, scientist will be able to record how changes on the surface of the ocean will impact the marine animals below. “What is special about the rover is that we will be able to stay in the deep parts of the ocean for a really long time collecting seasonal changes data” (Engineer Alana Sherman). With Benthic Rover,