00:01
All right, so known as the twilight zone, the mesopelagic zone, above and becomes very dark as depths increases.
00:06
Temperatures decrease, pressures increases.
00:09
Because nutrients are limited, here some animals rise to the photic zone at night for food.
00:13
Many animals in this subzone can eat larger animals larger than themselves because they're equipped with sharp teeth and with expandable jaws and stomachs.
00:22
Another key physical feature of animals living in this zone is blank, which has a variety of purposes, including predator deterrence, communication, and lures for prey.
00:31
And we have symbiosis, transparency, bioluminescence, and oversized scales.
00:37
So basing it off of what we're told so far, we have the top zone of the water here.
00:47
This is called the photic zone, and this is where most light reaches the ocean underwater.
00:58
This is also called the epipelagic zone.
01:00
And then so we have epipelagic slash phobic and then below that we have the mesopelagic twilight zone and even further below that we have the api pelagic and the abyssalologic zones it's usually the very very bottom of the ocean it's also called the aphotic zone and then right below that would be the abysipelagic.
02:04
So looking at the answers given to us, we symbiosis, transparency, bioluminescence, and oversized scales.
02:11
So another key physical feature of animals living in the zone is blank, which has a variety of purposes including predator deterrence, communication, and the lures for prey...