Both photosynthesis and respiration
Answer:
The H.M.S. Challenger embarked from Portsmouth, England on December 21, 1872 and changed the course of scientific history. Physicists, chemists, and biologists collaborated with expert navigators to map the sea. This interdisciplinary spirit has continued to the present day. During the 4 year journey, the voyages circumnavigated the globe, sounded the ocean bottom to a depth of 26,850 feet, found many new species, and provided collections for scores of biologists.
C. Wyville Thomson led the expedition but died of exhaustion from the journey, which ended on May 24, 1876. The Challenger had zig-zagged around the globe and had visited every continent, including Antarctica.
The reports of the Challenger expedition were supervised by Sir John Murray, whose biological conclusions were of great importance to the later development of marine biology. He concluded, for example, that the deep-sea fauna was not "ancient," in that it did not resemble the faunas found in ancient fossil deposits.
Explanation:
<span>Baby Kailee cries when her mother drops her off at the babysitter's house and leaves. This is called SEPARATION PROTEST.
Separation protest is commonly known as separation anxiety. It is an excessive fear one feels when he or she is being separated from a person he or she is attached to.
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anagen phase ,When a hair follicle first begins to grow, it actively produces hair.
<h3>What exactly is the embryogenesis phase?</h3>
The Anagen Phase, sometimes referred to as the "Growth Phase" or "Active Phase," is when cells in the root of your hairs are dividing the fastest, leading to the formation of more new hair.
<h3>How can I tell whether my hair is currently in the anagen?</h3>
The First Stage - Anagen,The first and most noticeable stage of the hair growth cycle is called the anagen phase.When body hair is ready to be removed and is above the skin, it is in this phase.
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It is possible to predict that because of the decreased number of cone cells, cats have poor color vision.
<h3>What are cone cells?</h3>
Cone cells are specialized cells in the eye required to produce the spectra of color observed in nature.
Cone cells can be considered photoreceptors located in the retina of the eye (in animals and humans).
Cone cells act in the best way in bright light conditions, conversely to rod cells that serve to observe at the night.
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