Nitrogen fixers are bacteria
Answer:
Small populations tend to lose genetic diversity more quickly than large populations due to stochastic sampling error (i.e., genetic drift). This is because some versions of a gene can be lost due to random chance, and this is more likely to occur when populations are small
Explanation:
hope it will help you
Purple loosestrife has the ability to severely decrease biodiversity wherever it grows due to its ability to displace many native plants. This not only affects the native plants themselves, but also any animal species which feed, nest, or take cover in wetland plants; the purple loosestrife forms such dense thickets that it is impossible for these animals to enter or use them. These animals are also displaced, then, by the loosestrife. Many of these animals, mostly birds, are highly valued aesthetically, and their disappearance is noticed by humans. On the other hand, though, humans also tend to find the loosestrife aesthetically pleasing; it was introduced as a decorative plant. Still, the damaging effect that the loosestrife has on ecosystem biodiversity is visible, and thus the plant offends any human values of conservation for the sake of conservation, a dominant cultural paradigm, and so the loosestrife is considered detrimental.
Because they can look back and see what they did wrong or try to modify their hypothesis.
At the time of aerobic respiration, the oxygen is taken up by the cells and in combination with glucose generates energy in the form of ATP, and the cell expels water and carbon dioxide. This is an oxidation-reduction reaction in which glucose is oxidized and oxygen is reduced.
In the entire process of oxidation, glucose is losing one or more electrons to oxygen, and in reduction, oxygen is gaining electrons.
Thus, the correct answer is glucose is losing those electrons through oxidation and oxygen gains those electrons through the process of reduction.
