Charles Darwin Theory: Analysis of Chapter 4

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While reading up to chapter 6, the reader can formulate that most of Darwin’s hypothesis is being derived from the idea of variation. He goes into debating that the abundance of traits and adaptations are the prime factors that often separates a type of species from each other. He then gives justification on how exactly species changed as time progressed. We later learn from Darwin that often the differences in organisms become visible more within domesticated groups and also species that are present all throughout the physical world. Difference in colours, formations, and organs along with bodily traits all distinguish an abundance of unique species from the other. Genetics are the device that enables the formation of variations,…show more content…
Heron has described how one pied peacock was eminently attractive to all his hen birds.” In Darwin’s theory of natural selection, it was often discovered that when it came to natural selection, he only used examples consisting of healthy factors. He wanted his findings to be as accurate as possible which resulted in using superior organisms. In Chapter 4, Darwin carefully breaks down the means of natural selection. There he best describes it as when nature can have such an effect on organisms, that it becomes quite comparable in the results in changes, almost like animal breeders. We can observe that many of Darwin’s arguments on the theory of natural selection is based on organisms being able to create an abundance of offspring than usual. This takes place in order to substitute parent organisms. Also, sources that are needed in order to help sustain life are unfortunately scarce. This results in an increase in competition and promotes a difficulty for survival. Darwin often talks about how certain distinctive organisms develop atypical traits, which leads to the impact on both their subsistence and how much they are able to breed. He states that it is the organisms who posses superlative traits , are the ones that leave the most offspring. Over time these qualities are able to come to predominate and which may result in the development in new species, also known as evolution. Difference in colours, formations, and organs along with
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