Yes. Streamer can be used but the feather makes it hard to repeat. The best way is to place geophones or hydrophones on the sea floor and shoot a dense shot grid.
deep marine animals have short narrow body to overcome water pressure, having no eyes or reduced eyes, low physical and metabolic activities. shallow marine animals have reverse properties to that.
The oceanic province is the largest marine environment comprising about 75% of the oceans water and is loosely described as the deep sea.
No, mud cracks in a shale or mudstone typically indicate exposure to air and subsequent drying out, which would suggest a shallow water or terrestrial setting rather than deep water offshore marine environment. Deep marine environments are not conducive to mud cracking as the sediments are continuously submerged under water.
Deep Bay Marine Field Station was created in 2011.
depends on how deep but there is marine life almost anywhere in the salty waters of the ocean.
An earthquake deep underground releases seismic energy in the form of seismic waves. These waves carry energy from the point of the earthquake's origin (the focus) and cause the ground to shake as they propagate through the Earth's crust.
The deep ocean floor and submarine sand reefs are all made up of limestone environment. Limestone is a sedimentary type of rock that can be found in many places. It falls to the ocean floor when tides rise and fall.
Sylvia Earle is a renowned marine biologist who has made significant contributions to marine science and conservation. She is known for her research on marine ecosystems, deep-sea exploration, and efforts to protect the ocean environment. Earle has also been involved in the discovery of new species and the promotion of marine conservation initiatives around the world.
Seismic data
Yes
It varies according to the type of freshwater biome
Carl Chun was a German marine biologist and deep-sea explorer known for participating in several important oceanographic expeditions. He conducted research on deep-sea organisms and made significant contributions to the study of marine life, especially in the field of cephalopods. Chun's work helped advance scientific understanding of the deep sea environment.