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Does the mesopelagic zone have the most sunlight?
How much sunlight is in the mesopelagic zone
What is in the underwater Twilight Zone?
The Twilight zone is a zone underwater that is beneath the Sunlight zone. It has more water pressure than the sunlight zone ,the surface of the ocean, and has less light.
What ocean zone is characterized by high pressure low temperatures and no sunlight?
abyssal zone
How much sunlight is in the sunlight zone?
The amount of salinity that there is in the sunlight zone is about 3.5 percent. About 90 percent of sea life also resides in this zone.
Which ocean zone is characterized by high water pressure low temperatures and no sunlight?
The ocean zone characterized by high water pressure, low temperatures, and no sunlight is the hadal zone. This zone extends from depths of 19,685 to 36,100 feet (6,000 to 11,000 meters) and is found in deep ocean trenches. Organisms living in this zone must adapt to extreme conditions, such as lack of sunlight and high pressure.
What ocean zone is characterized by high water pressure high temperatures and no sunlight?
abyssal zone
What ocean zone is characterized by high water pressure low temperatures and no sunlight?
abyssal zone
Which ocean zone is characterized by high water pressure no temperatures no sunlight?
the bottem
How much sunlight does the Twilight Zone get?
fock me harder
How much sunlight does the photic zone get?
I hate Google.
How much salinity is there in the sunlight zone?
The amount of salinity that there is in the sunlight zone is about 3.5 percent. About 90 percent of sea life also resides in this zone.
What is the water pressure of the sunlight zone?
The water pressure in the sunlight zone, also known as the epipelagic zone, typically ranges from 0 to 1000 kPa (kilopascals) or 0 to 145 psi (pounds per square inch). This zone extends from the surface down to about 200 meters deep and experiences the least amount of pressure compared to deeper ocean zones. The pressure at any given depth in the ocean is determined by the weight of the water above it, with pressure increasing by approximately 1 atm (atmosphere) for every 10 meters of depth.
