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What is the definition of aphotic?
Aphotic is generally lake or sea area when light is less than 1%. It is generally damp and very less organisms can survive there.
What happens in a aphotic zone of body water?
There is no photosynthesis
What happens in an aphotic zone of body of water?
There is no photosynthesis
What are the depths for the aphotic zone?
The aphotic zone refers to the deep, lightless layer of the ocean where sunlight cannot penetrate. It typically starts around 200 meters (656 feet) deep and extends to the ocean floor, which can be thousands of meters deep depending on the location. The exact depth of the aphotic zone can vary based on factors such as water clarity and geographic location.
What is the difference between the heaven and the sky?
The Sky's real.
Difference between photic zone and aphotic zone?
Photic Zone: part of the ocean that receives sunlight Aphotic Zone: area in an ocean where sunlight does not reach and photosynthesis does not occur
What distinguishes the photic zone From the aphotic zone IN an aquatic ecosystems?
Photic = where there's light Aphotic = where there isn't light, deeper waters.
What distinguishes the photic zone from the aphotic zone in an aquatic zone?
Photic = where there's light Aphotic = where there isn't light, deeper waters.
What distinguishes the photic zone from the zone aphotic zone in an aquatic ecosystem?
Photic = where there's light Aphotic = where there isn't light, deeper waters.
What distinguishes the photic zone from the aphotic zone in marine ecosystems?
photic and aphotic derive their names fron the root word photo means light that is photic and aphotic zone differ each other in amount of light reaching there photic zone is directly lit up by by solar energy while aphotic zone is perpetually dark inhabiting least amount of floran fauna
What distinguishes the photic zone from the a aphotic zone in a marine ecosystem?
photic and aphotic derive their names fron the root word photo means light that is photic and aphotic zone differ each other in amount of light reaching there photic zone is directly lit up by by solar energy while aphotic zone is perpetually dark inhabiting least amount of floran fauna
What distinguishes the photic zone from the aphotic zone in a marine ecosystems?
photic and aphotic derive their names fron the root word photo means light that is photic and aphotic zone differ each other in amount of light reaching there photic zone is directly lit up by by solar energy while aphotic zone is perpetually dark inhabiting least amount of floran fauna
What distinguishes the photic zone from the photic zone in marine ecosystems?
photic and aphotic derive their names fron the root word photo means light that is photic and aphotic zone differ each other in amount of light reaching there photic zone is directly lit up by by solar energy while aphotic zone is perpetually dark inhabiting least amount of floran fauna
What is an example of the photic zone of the ocean but not characteristic of an aphotic zone?
An example of the photic aone would be like a sea shore, coral reef, or sand bar. Although an example for an aphotic zone would be the depths of the ocean or the abyss.
What realms or zones do whales typically inhabit?
The Pelagic Ream. Most whales live out in the open ocean, ranging between the photic and aphotic zones.
How do chemoautotrophs increase productivity in photic and aphotic ecosystems?
Chemoautotrophs do not increase productivity in photic zones because they reside deep down on sea floors (abyssal zone) where no light penetrates. They are, however, active in the aphotic zone where no light from the sun is visible. There, these bacteria and protozoans take both organic and inorganic compounds provided by deep sea vents and become the "algae of the photic zone". Chemoautotrophs are the primary producers in the lower aphotic zone just like algae and phytoplankton is in the photic. The vital nutrients they provide depend on the type of chemoautotroph it is.
Does algae grow in aphotic or photic zone?
Algae is a plant, therefore it needs light. The photic zone has light, so that is where algae will grow. actually algae are of diffrent types red, brown green and yellow. Green algae and brown algae(stipe and frond) are usually in photic zone however red algae and bluegreen algae also inhabit aphotic zone On account of presence of pigments r-phycocyanin and r-phycoerythrin red algae can also absorb diffused UV light so can also prepare food in aphotic zone
