Problemas

12. Afew years ago the population of male blue moon butterflies on the island of Samoa declined. One hypothesis for the decline of the male butterflies is that a parasite infected the cells of female butterflies. The parasite was passed to offspring through the females eggs and killed the male butterfly embryos. At one point during the decline, nearly all the butterflies in the population were females, but after five years the number of males in the population increased significantly Blue Moon Butterfly . Which explanation most likely accounts for the increase in the number of male butterflies in the five years after the initial parasite problem? Male butterflies in the population that survived had a gene that made them resistant to the parasite, and they passed the gene on to their offspring Male butterflies in the population that survived were able to prey on the parasites living in the females'egg cells. Female butterflies in the population that survived had a genetic adaptation that allowed them to transform into male butterflies. Female butterflies in the population that survived were able to protect the male eggs from the parasite and provide extra care for the male offspring.
Solución
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Male butterflies in the population that survived had a gene that made them resistant to the parasite, and they passed the gene on to their offspring.**
Explicar
The most likely explanation for the increase in male butterflies is natural selection. Male butterflies with a genetic resistance to the parasite would have been more likely to survive and reproduce. Over time, this resistance gene would spread through the population, leading to an increase in the number of males. This aligns with evolutionary principles where advantageous traits become more common in a population over generations.
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