They grow in dirt
Limestone deposits formed from reefs, known as fossiliferous limestone, provide evidence of Earth's surface changes by documenting past marine environments and biological activity. As reefs grow, they accumulate calcium carbonate from the skeletal remains of marine organisms, which can later become sedimentary rock. The presence and distribution of these limestone deposits indicate historical sea levels, climate conditions, and tectonic activities. Studying these formations helps scientists understand shifts in Earth's geology and climate over millions of years.
the coral reefs only grow in the under water and the continents are under water so it can grow and give a good place in the under water.
the coral reefs only grow in the under water and the continents are under water so it can grow and give a good place in the under water.
Limestone. However most large masses of limestone formed from coral reefs, not shells. The shell fossils in this limestone are "incidentals" due to shell dwelling organisms living on the periphery of the reef, not the bulk of the limestone.
Limestone deposits that began as coral reefs provide how plate motions have changed Earth's surface. These deposits also provide evidence of past environments.
they grow by building reefs
Coral reefs primarily produce limestone, a sedimentary rock composed chiefly of calcium carbonate (CaCO3). As corals grow and die, their calcium carbonate skeletons accumulate and consolidate over time, forming limestone deposits. This process contributes to the formation of various types of limestone, including reef limestone, which is specifically associated with coral formations.
fringing reefs
yes, coral reefs do grow well in high levels of oxygen.
yes
Corals create reefs. Ancient corals are a part of limestone
I'm not 100% sure but I believe its limestone from coral reefs