The inheritance of skin color genes is polygenic, meaning that many different genes are inherited and none are dominant, but rather they all work together to create a special blend of genes that you have. This is also influenced by environmental factors such as exposure to sun and similar.
Human skin color is a polygenic trait, which means that multiple gene loci are involved in its expression. It has been shown that there more than 350 genetic loci involved in determining skin color. Because of that, there is the enormous number of possible genotypes for the skin color and as a result, the phenotypes vary from the darkest brown to the lightest hues. Different populations have different allele frequencies of genes for human skin color, and the combination of these allele variations brings about complex and continuous variation in skin coloration. Natural skin color can change due to exposure to sunlight (becomes darker) and that is the way it adapts to intense sunlight irradiation (protection against the UV exposure).
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The two types of of pure substances are elements and compounds.
The chloroplasts of land plants is similar to cyanobacteria hence land plants evolved from microorganisms.
<h3>Meaning of evolution</h3>
Evolution holds that complex organisms came from simple life forms. There have been several approaches to the study of evolution. A conclusive proof of links between species is the existence of structures common to the both species.
<h3>Relationship between microbes and plants</h3>
Hence, a piece of evidence that supports the argument that land plants evolved due to presence of microbes is that the chloroplasts of land plants, which allow them to carry out photosynthesis, is a structure similar to cyanobacteria.
Learn more about evolution: brainly.com/question/2725702