Answer:
Although trees have responded to global warming in the past‐ to temperatures higher than they are now- the rate of change predicted in the 21st century is likely to be unprecedented. Greenhouse gas emissions could cause a 3°-6°C increase in mean land surface temperature at high temperatures and temperatures latitudes. Despite this, few experiments have isolated the effects of temperature for this scenario on trees and forests. This review focuses on tree and forest responses at boreal and temperate latitudes, ranging from the cellular to the ecosystem level. Adaptation to varying temperatures revolves around the trade- off between utilizing the full growing season and minimizing frost damage through proper timing of hardening in autumn and dehardening in spring.
Answer:
d
Explanation:
assuming you mean moves not movies, the rainforest has the most moisture so itll have the most precipitation
It is now well established that oxidation of other energy substrates, such as ketones and branched chain amino acids (BCAAs), can also contribute to energy production in the heart, despite the fact that mitochondrial fatty acid and carbohydrate oxidation is the major source of ATP production in the heart.
Cells must evaluate their metabolic condition in response to a dynamic nutritional environment to determine whether to grow, survive, or perish. When communicating metabolic information to their protein and nucleic acid counterparts, these tiny molecule metabolites are crucial. The processes by which metabolites have an impact on cellular regulatory mechanisms are still largely unknown, despite growing knowledge of this reciprocal interplay.
Learn more about oxidation here-
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answer:
c) if, then statement **you chose the correct answer**
explanation:
the hypothesis is an educated guess as to what will happen during your experiment. the hypothesis is often written using the words <u><em>if</em></u> and<em><u> then. </u></em>for example, "if i don't study, then i will fail the test." and since c) is the only answer choice that matches this description, c is the correct answer
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Answer:
True.
Explanation:
Almost all organisms have the same codons. These codons make them unique so having the same ones means each organism has a shred of uniqueness.
