![]() ![]() Both populations are equally as likely to adapt and survive because both populations exhibit the same level of body color variation. ![]() Population 2 is more likely to adapt and survive than population 1 because there is more variation related to body color in population 2.ĭ. Population 1 is more likely to adapt and survive than population 2 because there is more variation related to body color in population 1.Ĭ. ![]() The individuals in both populations will adapt within their lifespans to exhibit a darker body color because this will increase their ability to survive.ī. The more similar a lizard's body color is to the soil in its environment, the less likely it is to be seen by a predator.The two graphs below represent two similarly-sized populations of lizards in similar environments that have medium-brown soil.Suppose an environmental change that causes the soil color to become much different occurs in both environments. A fast paced multiplayer shooter that pits aliens against humans in a strategic and action-packed struggle for survival Most popular community and official content for the past week. Body color influences how well an individual lizard can hide from predators. This definition includes microevolution (changes in allele frequency of a population over time) and macroevolution (the descent of different species from a shared common ancestor over many generations). ![]() A particular species of lizard can range in body color from dark brown to light brown. The process of biological evolution can be accurately defined as descent with modification. ![]()
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