Explanation:
Land and water absorb most of the solar radiation from the sun. Some of this solar energy from land and water is then transferred to the lower atmosphere which is in contact with the continents and oceans. From Land, this occurs mostly as heat energy or infrared radiation. Water usually transfers this energy through the evaporation of water into the atmosphere (This is responsible for clouds in the troposphere).
The lower atmosphere therefore gets heated faster and warmer than the upper atmosphere. This causes it to become less dense. The air mass rises into upper atmosphere where it released this energy and cools down. It gains density and sinks again and the cycle continues. The energy released into the upper atmosphere is distributed across the globe by wind currents like the Gulf Stream.
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<span>Natural selection favors G6PD deficiency as compared to malaria
Individuals in which the G6PD deficiency is common live in areas where malaria is an epidemic problem. Natural selection, a process which selects traits favorable traits out of a species' gene pool, will favor the individuals with G6PD deficiency to survive as they will not be affected by malaria. Their immunity to malaria will help these individuals pass on their genes better, meaning the gene for G6PD will become common, as is the case.
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Planktonic copepods are important to global ecology and the carbon cycle. They are usually the dominant members of the zooplankton, and are major food organisms for small fish such as the dragonet, banded killifish, Alaska pollock, and other crustaceans such as krill in the ocean and in fresh water.
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Among the choice the one that makes human embryonic stem cells that are derived from a 5-day old embryo important to stem cell research is <span>They have the capacity for long-term self-renewal in laboratory culture.</span>
