According to a new study, the oceans around the world have been terrified for their marine inhabitants in the last two decades in the last two decades.
Plymouth University Professor Thomas Davis said in a study published Global Change Biology The journal Marine is an increasing concern for ecosystem.
The satellite data of NASA’s Ocean’s color web data portal showed that 21% of the planet’s oceans had darkened between 2003 and 2022.
According to Davis, most of the maritime life lives in the photic areas of the sea, which enters a sufficient light to stimulate photobiological processes.
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The oceans around the world have deepened in the last two decades, making researchers afraid of marine inhabitants, claiming a new study. (AP Photo/Thanasis Stavarakis, File)
Photic zone, which is 200 meters deep, where global nutrients and carbon budget planets maintain planets.
This is the region where light reaches sea life that is close to the sea surface.
These ocean residents rely on both moonlight and sunlight for hunting, sexual intercourse, breeding and other important milestones.
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A new study states that the blackness of the ocean can affect marine life around the world. (Kevin Carter/Getty Images)
The upper level of the ocean is the place where microbes and different types of plankton remain.
Due to the onset of the dark color of the oceans, it will cause organisms that rely on light, which begins to move close to the surface, possibly formed a tight location.
Using an algorithm-ritual measurement of satellite data and seawment of light, Davis was able to measure how deep each photic zone worldwide was.
In deep oceans, 9% of his photic zone was 50 meters more shallow, and the photic zones of 3% oceans were 100 meters more shallow.
According to the study, deep oceans inspired the marine life to get closer to the surface, resulting in a tight place. (AP Photo/Ellen Thompson, File)
The argument behind the darkness of the oceans is distant upset.
According to the study, changes in global warming and sea currents are considered involved in this phenomenon.
Despite an overall darkness, about 10% of the oceans, or 37 million square kilometers, have become lighter in the last 20 years, found in the study.
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It was also found that most coastal areas have seen an increase in light. However, the study found that it does not translate into a net decrease in the depth of the photic zone near the coastline.
Davis has predicted that the implications of seafood can be serious for seafood webs, global fisheries and the budget of carbon and nutrients.
Nick Butler is a reporter for Fox News Digital. Do you have any tips? Reach [email protected].
