Why Is Studying The Deep Ocean And Ocean Floor Important

One being simply is natural human curiosity about things that they don t know in detail.

Why is studying the deep ocean and ocean floor important.

Sea floor sediment provide an invaluable key to past climate change. To the ocean floor oceanography is a science that draws upon the methods and knowledge of geology chemistry physics and biology to study the ocean. The census explored ocean life from top to bottom pole to pole microbes to whales. The ocean floor no one has ever walked the sea floor and few have even seen it.

Several field projects focused on deep ocean habitats seamounts hydrothermal vents the ocean floor and the waters around the mid atlantic ridge. Finely varved sediments from areas of rapid deposition provide a high resolution record of past climate variation and volcanic ash layers contribute to the comprehensive study of climate change on relatively short timescales. View this answer studying the deep ocean and ocean floor is important because of these following reasons. This is because of the extreme conditions found there.

Can increase the relevance of studying the ocean floor and help increase students excitement for learning. See full answer below. Unlocking the mysteries of deep sea ecosystems can reveal new sources for medical drugs food energy resources and other products. The pacific ocean is the largest and the deepest ocean.

Deep ocean docx study of deep ocean and ocean floor is important for various reasons. The pacific ocean is the largest and the deepest ocean. Oceans control the earth s weather as they heat and cool humidify and dry the air and control wind speed and direction. There is still much to learn about the deep ocean and its.

Project results continue to play a critical role in deciding how to manage this valuable global resource. Ocean science is interdisciplinary and includes themes that are relevant in math geology biology geographic information systems remote sensing ecology physics and more. A person standing on the sea floor would be under tremendous pressure from the overlaying water. The pressure is hundreds of times greater than the atmospheric pressure.

Most submersible dives follow a similar pattern emphasizing bottom transecting collecting and photographing specimens. It is dark and the temperature is close to freezing.