At the north pole and south pole, the sun is up for six months and down for six months.
They will adapt to the environment and become dark-colored moths.
because the light moths go on the tree and get dark. thats why
Yes, dark colored moths likely existed before the Industrial Revolution. The dark coloration in moths can be attributed to genetic variations that provide camouflage against predators, regardless of human-induced environmental changes.
Answer this question… B.The dark-colored moths were more fit.
About 98% of peppered moths were dark by 1900 due to industrial pollution causing trees to darken, making dark moths more camouflaged and increasing their survival rates.
The table indicates that there was an increase in the population of dark-colored moths after the trees turned black, while the population of light-colored moths decreased. This demonstrates natural selection at work, as the dark-colored moths had an advantage in the new environment due to their camouflage.
the dark-colored moths were more fit. ( apex )
The light moths may be more visible to predators against the dark tree bark, making them more vulnerable to predation. Over time, this could shift the moth population towards individuals with darker coloration to better blend in with their surroundings and improve their chances of survival. This concept is known as natural selection.
birds couldn't see the dark-colored moths on the trees darkened by industry.
in dark places
During the industrial revolution, peppered moths with dark coloration had better camouflage on soot-covered trees, allowing them to avoid predation and survive to reproduce. Over time, the frequency of dark-colored moths increased due to their enhanced survival, demonstrating natural selection operating on the population.
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