Coral reefs are more acidic at the risk of being soluble in the form of oceans, studies say.

Scientists said on Thursday that coral reefs become more acidic at the risk of decomposing as oceans. Scientists said on Thursday that man-made climate change alters the osmosis of oceans, so parikriam reefs can start dissolving before 2100.
Acidification will threaten those sediments that are building blocks for rocks. Coral is already facing the sea temperature, pollution and exposure to the earliest.
The Australian-led team of scientists wrote in America's Journal Science "Coral Reefs will transition to disintegration before the end of Sixs." "Net dissolved" means that after getting through the development of corals, fry will lose more geographic content.
Carbon dioxide, the main man-made greenhouse gas, creates a weak acid in water and is prone to dislocation of the spine sediment, which is composed of breaking bits of corals and other carbonate organisms that have accumulated for thousands of years.
Studies have said that sediments are weaker for acidification compared to 10 times more viral animals, who are ready to make stone skeleton to remove chemicals directly from sea water.
After leading Bradley Eyre, author of Southern Cross University, Coral animals will be able to keep growing and replenishing the reefs.
"This probably reflects Coral's ability to modify his environment and partially adapt to acidification in the ocean, while the disruption of sand is a geographical chemical process that may not be favorable," he wrote in e-mail Was there.
It has been said in the report that it was "unknown if the whole peel was destroyed, the sediment would be silenced" and the steam "will experience devastating destruction" or only slow depletion
Some reef sediments were already starting to dissolve, such as in Canoe Bay in Hawaii, where other pollutants were contributing.
I said that it is not clear if the disruption of devastation can be a long-term threat to the entire islands, from the Pacific to the Caribbean. Other studies show that acid reduction in greenhouse gas emissions can be limited.
Most studies show that acidification for the life of the sea will be very bad, as well as creatures like musk, shrimp and crabs. Another study on Thursday, however, found that it could help in the development of some plants.
Kasperse Henke, a biologist from the Norwegian Institute for Water Research, wrote in a statement: "The rise in theoretical carbon dioxide in the oceans can stimulate high growth of seaweed and seawater."