No, plantlike organisms generally require sunlight for photosynthesis, which is limited below 1000 meters in the ocean. Below this depth, the lack of light makes it challenging for plantlike organisms to survive and thrive due to the limited energy available for photosynthesis.
Kinosynthesis is important for organisms living in depths below 1000 meters because it allows them to navigate and detect prey in low-light conditions. By utilizing bioluminescence, these organisms can attract prey, communicate with others, and camouflage themselves from predators. This adaptation helps them survive and thrive in the deep sea where light levels are extremely low.
Crinoids, also known as sea lilies, are marine organisms that typically range in size from a few centimeters to several meters in length. On average, crinoids are smaller in size compared to other marine organisms such as whales, sharks, and large fish.
Plant photosynthesis is the primary source of nutrients in every ecosystem. Deep in the ocean, where little or no sunlight is present, photosynthesis is impossible. Thus, organisms in deep water ecosystems depend on detritus (discarded waste) and other organic matter that drifts down from (and is generated) nearer to the surface, or on species that migrate back and forth.
Deep-sea creatures live under water in an ocean or sea. They live in deapts such as trinches or caves. They are atleast 40 to 50 miles under water.' +++ There no "caves" in the deep oceans. You find them in shallow coastal seas and coral reefs. The oceans are NOT "40 to 50 miles" deep - those figures are rubbish. The mean depth of the abyssal plains is about 3-4 miles at most; some subduction trenches like the Marianas are deeper, but none reach even 10 miles.
0.00001276 meters in Scientific Notation = 1.276 x 10-5 meters.
They are bellow 6000 ft
"In the lowest regions" is incorrect. 90% live in the top 200 meters in the highest of the 5 zones of the ocean, interacting with the sun in photosynthesis
Redwood trees are one species.
Hard (granite-like) rock, glaciers and ice.
I don't know how you expect this to be answered. 5.8 square meters is 6 square yards or 8.4307 square feet. This is an area roughly 2.5 feet by 2.5 feet, about the size of the top of a card table.
Kinosynthesis is important for organisms living in depths below 1000 meters because it allows them to navigate and detect prey in low-light conditions. By utilizing bioluminescence, these organisms can attract prey, communicate with others, and camouflage themselves from predators. This adaptation helps them survive and thrive in the deep sea where light levels are extremely low.
Crinoids, also known as sea lilies, are marine organisms that typically range in size from a few centimeters to several meters in length. On average, crinoids are smaller in size compared to other marine organisms such as whales, sharks, and large fish.
About 324 feet. You can push that limit, but expect performance and collision issues with transmission speeds.
Plant photosynthesis is the primary source of nutrients in every ecosystem. Deep in the ocean, where little or no sunlight is present, photosynthesis is impossible. Thus, organisms in deep water ecosystems depend on detritus (discarded waste) and other organic matter that drifts down from (and is generated) nearer to the surface, or on species that migrate back and forth.
No, because the plant-like organisims wouldn't be able to survive with out sun light or th rays from the sun.
The part from about one meter into the soil to about 7000 meters into the atmosphere, including all oceans lakes and waterways. The part in which there are living organisms.
The answer lies in the name, 'cent' as in 'percent' means a hundredth part. So there are 100 centimeters in a 1 meter. With this information, I now expect you to work out the answer to the question.