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- Q1094654 subject Q6719808.
- Q1094654 subject Q7245244.
- Q1094654 subject Q7329527.
- Q1094654 abstract "Selection generally refers to the pressures on cells and organisms to evolve. These pressures include natural selection, and, in eukaryotic cells that reproduce sexually, sexual selection. Certain phenotypic traits (characteristics of an organism)—or, on a genetic level, alleles of genes—segregate within a population, where individuals with adaptive advantages or traits tend to succeeded more than their peers when they reproduce, and so contribute more offspring to the succeeding generation. When these traits have a genetic basis, selection can increase the prevalence of those traits, because offspring inherit them from their parents. When selection is intense and persistent, adaptive traits become universal to the population or species, which may then be said to have evolved.Whether or not selection takes place depends on the conditions in which the individuals of a species find themselves. Adults, juveniles, embryos, and gamete eggs and sperm all undergo selection. Factors fostering natural selection include sexual selection, primarily caused by mate choice in the mating phase of sexual reproduction, limits on resources (nourishment, habitat space, mates) and the existence of threats (predators, disease, adverse weather). Biologists often refer to such factors as selective or evolutionary pressures.Natural selection has, since the 1930s, included sexual selection because biologists at the time did not think it was of great importance though it has become to be seen as more important in the 21st Century. Other subcategories of natural selection include ecological selection, stabilizing selection, disruptive selection and directional selection. Selective breeding can be seen in the breeding of dogs, and the domestication of farm animals and crops, now commonly known as selective breeding.".
- Q1094654 thumbnail Selection_classification_diagram.png?width=300.
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- Q1094654 comment "Selection generally refers to the pressures on cells and organisms to evolve. These pressures include natural selection, and, in eukaryotic cells that reproduce sexually, sexual selection. Certain phenotypic traits (characteristics of an organism)—or, on a genetic level, alleles of genes—segregate within a population, where individuals with adaptive advantages or traits tend to succeeded more than their peers when they reproduce, and so contribute more offspring to the succeeding generation.".
- Q1094654 label "Selection (biology)".
- Q1094654 depiction Selection_classification_diagram.png.