Animals, just like us have the instinct to adapt. In the deep sea, marine life has to adapt to extreme pressure and lack of light. A somewhat common adaptation to the pressure is a jelly like skin and minimal bone structure. Another common adaptation to the lack of light is either luminescent bacteria, or using other enhanced senses.
see another question they havn't answered either... this site should get closed down
like we need air to breath and live, they need water to breath and live. we cannot live in water and they can't live with air. it's a biological thing.
name of animals which produced its own light in deep sea?
John D. Gage has written: 'Deep-sea biology' -- subject(s): Benthic animals, Benthos, Deep-sea animals, Deep-sea biology, Ecology, Marine animals
nnll
move in, get friendly with the neighbours. the norm...
Youji Ohkata has written: 'Under the sea' -- subject(s): Pictorial works, Deep-sea fauna, Marine fauna, Marine animals, Deep-sea animals
Bioluminescance is an adaptation in deep-sea animals, that is, they can generate their own light with the help of some internal condition. For example, the Anglerfish, a deep-sea dwelling fish. It is not only limited to aquatic animals, the firefly, an insect, alo showing traits of bioluminescance.
Some organisms may get buried by sand stirred up by hurricane waves.
it depends what it is. they could survive on other living substances, they could also have different kinds of habitats for different kinds of animals...
Ya Fa
coelacanth
To make the sea more beautiful
Cindy Van Dover has written: 'Deep-ocean journeys' -- subject(s): Alvin (Submarine), Deep-sea ecology, Hydrothermal vent animals 'Chemosynthetic communities in the deep sea' -- subject(s): Hydrothermal vent animals, Deep-sea ecology