which one of the following option is a related to the marine deposits?
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Physical Oceanography
Most oceanographers try to think of the world's oceans as one giant system, collectively known as the global ocean. But before space travel and the invention of satellites, it was very hard to actually observe the oceans on such a large scale. Pictures of the global ocean from space have given oceanographers important information about ocean currents, temperatures and other properties. Satellites collect information around the clock and feed it back to earth -- and individual laboratories and classrooms -- in real time. This innovation has revolutionized oceanography and given researchers important information about weather and climate, circulation, and environmental problems such as global warming, global circulation, the world's fisheries decline and harmful algal blooms.
Perhaps more than any other group of oceanographers, physical oceanographers have benefited from satellite technology. Because they study the movement of the oceans and the forces that cause motion, such as winds, waves and tides, they must look at the ocean from a "big picture" perspective. Shipboard measurements and the development of instruments such as computer programmable buoys that can be left at sea for long periods of time were huge advances for the field of physical oceanography and continue to be important tools, but satellites offer perspectives that early oceanographers may never have dreamed of.
Physical oceanographers study the interaction between the ocean and its boundaries -- land, seafloor and atmosphere -- and the relationship between the sea, weather and climate. Questions about how the oceans work in a physical sense include investigations into water qualities such as temperature, salinity and density, and influential factors such as wind speed, air temperature, tides and interaction with nearby land and underwater formations.
Most oceanographers try to think of the world's oceans as one giant system, collectively known as the global ocean. But before space travel and the invention of satellites, it was very hard to actually observe the oceans on such a large scale. Pictures of the global ocean from space have given oceanographers important information about ocean currents, temperatures and other properties. Satellites collect information around the clock and feed it back to earth -- and individual laboratories and classrooms -- in real time. This innovation has revolutionized oceanography and given researchers important information about weather and climate, circulation, and environmental problems such as global warming, global circulation, the world's fisheries decline and harmful algal blooms.
Perhaps more than any other group of oceanographers, physical oceanographers have benefited from satellite technology. Because they study the movement of the oceans and the forces that cause motion, such as winds, waves and tides, they must look at the ocean from a "big picture" perspective. Shipboard measurements and the development of instruments such as computer programmable buoys that can be left at sea for long periods of time were huge advances for the field of physical oceanography and continue to be important tools, but satellites offer perspectives that early oceanographers may never have dreamed of.
Physical oceanographers study the interaction between the ocean and its boundaries -- land, seafloor and atmosphere -- and the relationship between the sea, weather and climate. Questions about how the oceans work in a physical sense include investigations into water qualities such as temperature, salinity and density, and influential factors such as wind speed, air temperature, tides and interaction with nearby land and underwater formations.
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Hi there your answer is _ volcanic ash,continental shelf,remains of plants and animal,abyssal plains
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