Natural selection can favor different phenotypes at different times if the environment changes or if there are fluctuations in selective pressures. For example, a phenotype that is advantageous in one season may become less favorable in another season due to changes in temperature or resource availability. This can lead to the selection of different traits within a population over time.
Natural selection can favor extreme variations of traits if they provide a survival advantage. For example, in a changing environment, individuals with extreme traits may be better suited to survive and reproduce. However, extreme traits can also come with disadvantages that may make individuals less likely to survive and reproduce.
This is called directional selection, where the environment selects for individuals with traits at one extreme of the phenotypic range. Over time, this can lead to a shift in the average phenotype toward that extreme.
The environment plays a key role in natural selection by exerting pressures that favor certain traits over others. Organisms with advantageous traits for a specific environment are more likely to survive and reproduce, passing on those traits to future generations. Over time, this process leads to the selection of traits that are well-suited to the specific environmental conditions of a given area.
Disruptive selection pressures favor rapid evolutionary changes because they create strong selective pressures on extreme phenotypic traits, driving the population towards the extremes and away from the average. This results in a rapid shift in the population's genetic makeup towards the extreme traits, facilitating rapid adaptation to new environmental conditions.
stabilizing selection
Selection favors calling in species that use vocalizations to communicate important information such as warning signals, mating calls, or territorial displays. Individuals who have a more effective or distinctive call may have a better chance of surviving, reproducing, and passing on their genes to the next generation. Over time, this can lead to the evolution of more complex or efficient calling behaviors in a population.
because he died from.....
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It would favor white because then it could camouflage and hide from predators and would be most likely to survive
Natural selection can favor different phenotypes at different times if the environment changes or if there are fluctuations in selective pressures. For example, a phenotype that is advantageous in one season may become less favorable in another season due to changes in temperature or resource availability. This can lead to the selection of different traits within a population over time.
Darwin's best argument in favor of the theory of evolution was natural selection. The most serious objections came from religion.
direct evidence is the observation as it occurs
Timid mice are less likely to be caught by a predator.
Leave more offspring
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I'll give you some.. if you don't know the industry, do yourself a favor and seek your calling elsewhere.