Respuesta :
The answer is False.
The correct statement is :
The pycnocline of the oceans is usually situated between the mixed layer and the deep layer.
What is Pycnocline?
The layer or cline in a body of water where the density gradient is the greatest is called a pycnocline. Breaking waves, temperature and salinity variations, wind, the Coriolis effect, and tides brought on by the gravitational attraction of celestial bodies are only a few of the forces that contribute to the generation of an ocean current. Additionally, flows and vertical profiles in the ocean are impacted by the physical characteristics of a pycnocline driven by density gradients. These alterations are related to the movement of heat, salt, and nutrients through the ocean, and upwelling is regulated by pycnocline diffusion.
The upper and lower water are separated below the mixed layer by a permanent density gradient, or pycnocline, which prevents vertical transit. This division affects the water and marine life in significant biological ways.
However, shear-induced turbulence in oceans causes vertical mixing over a pycnocline, a common occurrence. This mixing is crucial to the movement of nutrients.
To learn more about pycnocline slick on the link below:
https://brainly.com/question/3214600
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The pycnocline of the oceans is usually found at depths exceeding 2000 m. group starts False
The correct statement is :
The pycnocline of the oceans is usually situated between the mixed layer and the deep layer.
What is Pycnocline?
The layer or cline in a body of water where the density gradient is the greatest is called a pycnocline. Breaking waves, temperature and salinity variations, wind, the Coriolis effect, and tides brought on by the gravitational attraction of celestial bodies are only a few of the forces that contribute to the generation of an ocean current.
Additionally, flows and vertical profiles in the ocean are impacted by the physical characteristics of a pycnocline driven by density gradients. These alterations are related to the movement of heat, salt, and nutrients through the ocean, and up welling is regulated by pycnocline diffusion.
The upper and lower water are separated below the mixed layer by a permanent density gradient, or pycnocline, which prevents vertical transit. This division affects the water and marine life in significant biological ways.
However, shear-induced turbulence in oceans causes vertical mixing over a pycnocline, a common occurrence. This mixing is crucial to the movement of nutrients.
To learn more about pycnocline slick :
brainly.com/question/3214600
#SPJ4
