Question

2. Not every ecosystem has large areas of similar
vegetation, as the habitats in your study do. In areas where
patches of more visually varied habitats exist, individual
snails regularly move into and out of different visual
surroundings. For snails in this situation, having or not
having bands does not necessarily offer any protection by
camouflage. In fact, in these cases, predators may learn to
spot the most common phenotype and selectively feed on
those snails. Suppose you released another 100 snails in a
more varied habitat, with the numbers of each phenotype
shown in the blue circles. Which phenotype would you
expect birds to begin to recognizing as food? How might
this affect the allele frequencies of the banding gene over
time?

Answer 1

The presence of more snails may further confuse the predators.

What is phenotype?

Phenotype refers to the expressed trait of an organism. The phenotype is usually the result of the interaction of different genes in an organism.

The question is incomplete but I will try to help the much I can. The more common phenotype is easily identified by predators. Hence, the presence of more snails may further confuse the predators.

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