This similarity can be explained by Charles Darwin's Theory of Evolution. Humans and chimpanzees share a common ancestor wherein a number of million years ago, due to adaptation of their environment, human species branched out and eventually evolved into Homo sapiens.
Answer:
The correct answer would be common ancestry.
Common ancestry means that different species have been established from a single parent species or population.
Organisms which share more recent common ancestors tend to have more similarity as compared to the organisms which share an older ancestor.
Humans and chimpanzees also believed to evolved from a common ancestor around 6-7 million years ago.
It is the reason why humans and chimpanzees share around 96-99 percent of the DNA.
b. thymine and guanine
c. adenine and guanine
d. adenine and cytosine
Answer:
Experience intraspecific competition
Explanation:
This can be dealt with in many ways: Direct competition (fighting, chasing, etc...), Indirect competition occurs when individuals reduce the availability of the resource for others by consuming or depleting it, such as grazing, filtering, or crowding. Scramble competition occurs when all individuals share the resource equally and suffer from reduced quality or quantity as the number of competitors increases. Contest competition occurs when some individuals secure a larger or better share of the resource than others by being more dominant, aggressive, or efficient.
In general, intraspecific competition can reduce the growth, survival, and reproduction of the individuals, leading to a decrease in population size and density. Intraspecific competition can also affect the behavior, morphology
When the food supply is limited, lizard populations may experience changes in population size and the prevalence of adaptive traits due to increased competition for resources and natural selection.
When the food supply is limited within lizard populations, several things may happen. One possibility is that lizards may have to compete more intensely for the available food, leading to a decrease in overall population size. Additionally, individuals with traits that help them find and obtain food more efficiently may have a higher chance of survival and reproduction, leading to natural selection favoring those traits. Over time, these adaptations may become more prevalent in the population.
For example, if a certain species of lizard has limited access to food, individuals that are better at camouflage and blending in with their environment may have a higher chance of avoiding predation and capturing prey. These individuals are more likely to survive and pass on their genetic traits to the next generation, leading to an increase in the prevalence of camouflaged coloration in the lizard population.
Overall, when the food supply is limited, lizard populations may experience changes in population size and the prevalence of adaptive traits due to increased competition for resources and natural selection.
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