Most of the visible light spectrum is absorbed within 10 meters (33 feet) of the water's surface, and almost none penetrates below 150 meters (490 feet) of water depth, even when the water is very clear.
The pelagic region is divided into three zones. The top zone is the euphotic or sunlit zone. This is the ocean zone that sunlight penetrates. Because this zone gets sunlight, photosynthesis can occur and plants can grow here. The sunlit zone goes down to about 660 feet. The next zone is the dysphotic or twilight zone. Some sunlight reaches this zone, but not enough for photosynthesis to occur. The dysphotic zone goes down to about 3,300 feet. The last zone is the aphotic or midnight zone. No sunlight reaches this zone and it can reach depths of close to 20,000 feet. Sometimes people divide the midnight zone into two zones: the aphotic zone and the abyss.
Most of the visible light spectrum is absorbed within 10 meters (33 feet) of the water's surface, and almost none penetrates below 150 meters (490 feet) of water depth, even when the water is very clear.
Not a lot that's why it's so dark down there. If you want the specifics, your not in luck
not very.
80%
yuor mama
Because it is in the tropics and has much direct sunlight.
yes sunlight can get in the ocean without sunlight many marine life would not exist
Because there is no sunlight that far down.
Yes, there is sunlight in the Arctic Ocean, except during the winter.
The photic zone of the ocean is the surface of the ocean that receives sunlight.
lack of sunlight
Some that live in the bottom of the ocean, where no sunlight can reach it.
yes
sunlight
Mesopelagic :)
The plants get more sunlight near the surface of the ocean. They need sunlight to grow and to produce photosynthesis.