The wavelengths of light that penetrate deepest into the ocean are blue and green light. These colors can travel the farthest through water because they are absorbed less by water molecules and particles.
Red light does not penetrate 70 meters beneath the ocean surface as it is quickly absorbed by water molecules.
The depth light can penetrate underwater depends on water clarity and the angle of the sun. In clear ocean water, sunlight can penetrate up to 200 meters (656 feet). In murky or turbid water, light penetration may only be a few meters.
In the ocean, blue light penetrates the deepest due to its shorter wavelength and higher energy compared to longer-wavelength light. Blue light can travel further through water before being absorbed, making it the dominant color at greater depths.
Red light is absorbed quickly in water and doesn't penetrate past a few meters, while blue light can penetrate deeper as it is scattered less and absorbed more slowly. That's why red light is not visible below 6 meters in the ocean, while blue light can still be seen at 35 meters.
Ocean water appears blue because it absorbs colors in the red part of the light spectrum and reflects blue light. This happens because water molecules absorb longer wavelengths of light, like red and orange, while shorter wavelengths, like blue, are scattered and reflected back to our eyes.
they are absorbed
The deepest parts of oceans are dark all the time because natural light does not penetrate to the ocean depths. Little is known about life in the depths of the ocean. More is known about the moon than the depths of the oceans. Water pressure is great, the temperature is constant.
Because they need sunlight, which can't penetrate that deep.
blue
Red light does not penetrate 70 meters beneath the ocean surface as it is quickly absorbed by water molecules.
The deepest parts of oceans are dark all the time because natural light does not penetrate to the ocean depths. Little is known about life in the depths of the ocean. More is known about the moon than the depths of the oceans. Water pressure is great, the temperature is constant.
The aphotic zone is the deepest part of the ocean where sunlight cannot reach. It is characterized by complete darkness and is home to various deep-sea organisms that have adapted to survival without light. The aphotic zone starts below the photic zone, which is the upper layer of the ocean where sunlight can penetrate.
Because the light cannot penetrate the deepest layer of the ocean called the 'twilight zone,' simply because of depth. If water were perfectly clear and lacked many microorganisms and additional chemicals, perhaps the deeper parts of the ocean would not be dark. However, ocean water is rich with life and nutrients, and therefore has plenty of light-absorbing factors, leading to a zone by which all light has faded away.
There is no "usable" light agter 200 meters...
No, the Pacific Ocean has the deepest trenches.
No, Pacific Ocean is the deepest one.
Light is absorbed and scattered as it passes through water, with longer wavelengths like red light being absorbed first. By the time light reaches the seabed, only blue and green wavelengths are left, resulting in a bluish tint. Additionally, sunlight doesn't penetrate very deep into the ocean, making the seabed appear dark.