The best answer is: introducing exotic species into
<span>
new environments. This can be actually bad, as new species can actually reduce the biodiversity in the environments to which they're introduced</span> , such when cats hunt indigenous birds.
I was a bit thinking about the last option too: making sure local people benefit from conservation efforts.
This is not one of the classical goals of the conservation efforts, but since the previous one is definitely correct, i don't this one is. (it's not that it's not a goal, but it isn't a main focus)
The smaller cell because it has less distance in the cell, so it will occur quicker.
Answer: Mitochondria.
Explanation: The electron transport chains is a process that is used for extracting energy by oxidation of NADH and FADH molecules produced during Glycolysis and Kreb's Cycle.
Energy released during ETC is used for the formation of ATP molecules.The ETC takes place in the inner mitochondrial membrane in Eukaryotes.
According to the graph, the correct answer is - Changes to vessel speeds and lanes have been effective in preventing population declines in the right whale population, and no further actions are needed.
Both methods seem to be pretty effective, and since the implementing of the changes of the lanes, the number of the right whales has been steadily growing, and after the vessel speeds limitations were added, the population of the right whales started to rise even quicker. Obviously, when both of the measures were in force, the effects were the best for the right whale populations.
Answer:
Bailey is most likely to survive
Explanation:
Bailey can survive exposure to twice the concentration of penicillin used to treat most infections. In addition, this would increase the chances of Bailey surviving with the example of a healthy person who has never taken penicillin.
Hope this helps!! :)