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Dolomite is a type of limestone containing magnesium carbonate as well as the calcium carbonate of ordinary limestone. As with ordinary limestone, dolomite is a deposit of microscopic skeletons of dead plankton. When the plankton die their skeletons settle to the bottom of the ocean, forming a ooze that eventually solidifies. When mountain building activities raise this on the land we get limestone or dolomite.
No. Limestone is a sedimentary rock formed when calcium carbonate precipitates from the ocean.
Determining Past Climate Change - Ocean Floor SedimentsScientists have employed many methods to piece together the past climatic recordOne such method is to look at sediments on the ocean floorResearch vessels produce sediment profiles from the bottom of the oceanthe sediment contains calcium carbonate shells from organisms that have lived near the earth's surface in the pastthe type of calcium carbonate shell can tell you something about temperature since some live only within narrow temperature ranges.
Limestone is a sedimentary rock formed of Calcium Carbonate (CaCO3) and Magnesium. Most limestone forms from the skeletal remains of various algae, phytoplanton, and shellfish. it can also be made into fireplaces and all sorts of stuff . :)
Oceanography is the study of the ocean environment.
Yes, it is true that the acidic ocean water will erode the calcium carbonate shells.
The ocean
They absorb calcium ions and bicarbonate (hydrogen carbonate) ions.
Probably sodium chloride and calcium carbonate.
Dolomite is a type of limestone containing magnesium carbonate as well as the calcium carbonate of ordinary limestone. As with ordinary limestone, dolomite is a deposit of microscopic skeletons of dead plankton. When the plankton die their skeletons settle to the bottom of the ocean, forming a ooze that eventually solidifies. When mountain building activities raise this on the land we get limestone or dolomite.
When they die they leave behind their calcium carbonate shell.
That would be D. sodium chloride.
what is the loose material that settles on the bottom of the ocean called
Yes, coral does have exoskeletons made of calcium carbonate. These exoskeletons provide structure and support for the coral polyps, which are tiny organisms that secrete the calcium carbonate to build the coral reefs. Over time, these exoskeletons accumulate and form the large coral reef structures we see in the ocean.
No. Limestone is a sedimentary rock formed when calcium carbonate precipitates from the ocean.
it depends where but salt can settle like it settles in the ocean :)
it is the buffering system in ocean