Question

what kinds of adaptations can be seen in the organisms of the euphotic zone?

Answer 1

Euphotic zone includes the depth of the oceans. The organisms in the ocean are adapted to the high salt concentration of the sea.  

Explanation:

• As a result they have blood which have a large number of solutes present in it.  

• Since the tonicity of the blood of such organism is high, the blood becomes isotonic with that of the sea water and there is no swelling or withdrawal of water from the cells are such organism.

• Such organisms are also adapted to live under the presence of Sunlight that is they have the capacity to perform photosynthesis.

Learn more about Euphotic zone

If an animal half euphotic zone has to survive in abyssal zone what adaptations are required to survive there

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Answer 2

Euphotic Zone

Explanation:

1. The photic zone, euphotic zone or daylight (or sunlit) zone is the highest layer of water in a lake or sea that is presented to serious daylight.
2. The Aphotic zone is home to numerous varieties of marine life. It fills in as a dim zone for savage fish that utilization light created by their own bodies to catch prey. The zone is additionally home to numerous remote ocean channels and volcanoes.  
3. The epipelagic zone stretches out to a profundity of roughly 650 feet. This zone, at times called the daylight zone, retains the majority of the unmistakable light that enters the sea. Photosynthesis, which relies upon daylight, just happens in the epipelagic zone.  
4. At profundities of 3,000 to 6,000 meters (9,800 to 19,700 ft), this zone stays in ceaseless haziness. Only it makes up over 83% of the sea and spreads 60% of the Earth. it  has temperatures around 2 to 3 °C (36 to 37 °F) through the vast lion's share of its mass.  
5. Low supplement focuses in the euphotic zone are because of organic take-up and regularly lead to serious supplement constraint of phytoplankton during the times of high water-segment solidness.
6. Euphotic zone is the layer on the surface that gets enough light for photosynthesis. Underneath lies the disphotic zone, which is lit up however so inadequately that paces of breath surpass those of photosyntihess.