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The bottom zone of ocean life, where there is no light.
Grey Heron
That is part of nature's camouflage to protect the fish. The fish coloration, as you descibe it, makes it more difficult for a predator (fish or man) to see the fish from above (dark against the dark background of the water and sea or lake bottom) and from beneath (light against the light background of the sunlit atmosphere). This camouflage scheme has evolved over the centuries; those fish that were not so protected did not survive as well as those that were, and did not produce new generations as efficiently.
A layer on the retinas of the cat's eyes reflects the light so that more light reaches the macula (yellow spot), where the light is received by the photoreceptor cells, which alters the cat's "night vision." The same structure is found in all mammals including humans, and is responsible for "red eyes" caused by flash during photography. However, in nocturnal animals such as cats, it is more developed, so that it is often seen to light up.I was searching for the name of this layer, as I forgot it.EDIT: this layer is called the tapetum lucidum. Easy to remember: "lucid tapestry." Look it up on Wikipedia.
because the bottom of the feet and legs have hair that is covered in a sticky substance that latches on just enough with their light weight to walk up side down
Freshwater - Litoral zones are the edges Limnetic zones are the middle section as deep as light can reach Prefundal zone is the deep middle where no light can reach. *not all lakes have prefundal zones, some are too shallow*Marine - Epipelagic - [receives light] Mesopelagic - [receives light] Bathypelagic - [the top of which receives light, the bottom does not] Abyssopelagic - [no light] Hadalpelagic - [no light]hope this helps
the top reaches the bottom and sees the light and reflacts
It is important that the sensor receives the correct amount of light. To restrict the amount of light would produce poor results.
Jupiter receives very little sunlight. About 5 Astronomical Unit (AU) or 1/25th the amount of sunlight that the Earth receives, reaches the surface of Jupiter.
Light reaches areas that are not in direct light by means of indirect light. The indirect light reaches the areas by reflecting off other surfaces.
The sun, bio luminescent aquatic creatures found near the bottom of the ocean where little to no sunligh reaches.
A freshwater shrimp weighs about 2 ounces
The bottom section of any forest. Only 2 per cent of light reaches the forest floor, mammals, reptiles, and amphibians.
Energy, from the sun, reaches us in the form of electromagnetic radiation.
Mercury and Venus have orbits that are closer to the Sun than Earth, so light from the Sun reaches them sooner than it reaches Earth. (The Earth is about 8 light minutes from the Sun, which means sunlight takes about 8 minutes to reach the Earth after it leaves the Sun.)
0% All of the moon receives light only some of the time.
There is no set amount of light or of oxygen in fresh water.