Dead zones are created by hypoxia and the bacterial decay of dead phytoplankton.
<h3>What are the effects of excess phytoplankton population?</h3>
The Chesapeake Bay, like many other bodies of water, is overrun with nutrients, which results in a type of pollution called eutrophication. Every spring, sewage treatment facilities, farms, and lawns release large amounts of nitrogen and phosphorus into the Bay. These nutrients fuel the growth of algae as the water warms up in the summer, resulting in blooms that deplete the water's oxygen content and create sizable "dead zones" where fish, crabs, and other aquatic life find it challenging to survive. During these times, some of the mud's surface layers and portions closer to the bottom may become anoxic, meaning there is no oxygen present at all.
Learn more about eutrophication here:
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Answer:
a ; As the fish die, they decompose to produce ammonia (NH3) that is then converted to nitrates (NO3-).
Explanation:
its for gizmos
Answer: DNA is kind of like the "blueprint" for the creation of a protein. It holds all the information for the making of a protein cell
Explanation: mRNA is a copy of the DNA and this copy then leaves the nucleus, into the cytoplasm, and to the ribosomes where the mRNA is then translated by tRNA codons to turn it into amino acids, and these amino acids are then raveled up into a protein cell. You can't have a protein cell without your DNA.
Answer:
The phenomenon seen by the students is Osmosis.
Explanation:
Osmosis is the movement of molecules from higher concentration to lower concentration through a semi-permeable membrane. This type of movement of molecules occurs in the body cells. When the concentration of molecules is higher outside the cell than the inside, the molecules goes inside the cell through semi-permeable membrane.
They would be categorized as an immediate patient. I hope this helps you!
