Oceanography: A Career As A Career: Marine Science

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Introduction Oceanography is an amazing career that presents many exciting new techniques and knowledge. This career is also known as marine science, and it is the study of the world’s oceans and ocean currents, including its aspects of chemistry, physics, and meteorology etc. Oceanography also studies marine organisms, plate tectonics, and sea floor geology. Oceanography also has many sub fields within it. For example; Biological oceanographers study the plants and animals in the marine environment. Geological oceanographers investigate and explore the ocean floor and the processes that form mountains, canyons, and valleys. Physical oceanographers study the physical processes in the ocean waters, including waves, tides, eddies, currents,…show more content…
To even be considered when applying you need a degree in oceanography and a postgraduate master’s degree (MSc). Another requirement is a PhD in oceanography, math, environmental science, or geology. Experience in a laboratory or marine research center is also ideal when considering this choice of career. There are also many skills necessary to successfully perform your job. These skills include mathematical skills, accuracy and attention to detail, proficient observational and practical skills, strong speech and written communication skills, proficient computer literacy, and strong leadership and teamwork attribute. Time management is also very significant in this career as well as determination, perseverance, and problem solving skills. The openness to new ideas as well as the concepts of scientific disciplines other than one’s own is also a skill that will become very…show more content…
JASON can be guided through ocean environments as deep as 6 kilometers (4 miles) for days. Two robotic manipulator arms allow scientists to collect rock samples, water, and sea life, and give them the ability to construct and maneuver other research instruments. Designed water containers collect the ‘extremely hot waters of hydrothermal vents and preserve the chemical composition of samples. JASON has explored many shipwrecks and as part of the JASON project, the “vessel broadcasts images and reports to classrooms and over the Internet,” allowing the public to view into deep-sea environments. BIOMAPER: is used to study phytoplankton, krill, and zooplankton. BIOMAPER uses five sonar units that are designed to transmit sound waves of different frequencies. These frequencies echo back to the research unit. BIOMAPER then uses these echoes to calculate how large and how far “away particles” are. BIOMAPER also measures water temperature, salinity, oxygen, and chlorophyll. By mapping and measuring the environment of this sea life, “BIOMAPER helps oceanographers describe the habitats and health of the open

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