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A) Directional Selection In directional selection is distribution over time. What has happened to the mouse fur colour over generations? What selective pressure might cause this change? B) Stabilizing Selection In stabilizing selection, the phenotype is and extreme phenotypes are over time. What selective pressure might cause mouse fur phenotypes to change this way? C) Disruptive Selection In disruptive selection of the phenotype are for survival over time. This results in the loss of the intermediate phenotype. This might eventually form What happened to the intermediate phenotype of mouse fur colour over time? of the phenotype resulting in a shift in the phenotype

A) Directional Selection In directional selection is distribution over time. What has happened to the mouse fur colour over generations? What selective pressure might cause this change? B) Stabilizing Selection In stabilizing selection, the phenotype is and extreme phenotypes are over time. What selective pressure might cause mouse fur phenotypes to change this way? C) Disruptive Selection In disruptive selection of the phenotype are for survival over time. This results in the loss of the intermediate phenotype. This might eventually form What happened to the intermediate phenotype of mouse fur colour over time? of the phenotype resulting in a shift in the phenotype

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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I need help with Directional, Stabilizing and Disruptive Selection pls
Microevolution - Genetic Diversity and Natural Selection - V2 Microevolution is the that results from occur over a number of caused by changes in changes occur to help populations better Microevolution results in adaptations as a result of the fittest offspring. Alleles and Gene Pools The physical traits or depend on CHROMOSOME-segment of ONA that contains genes the or Species with more genetic HOMOLOGOUS CHROMOSOMES a matched pair of chromosomes one from each parent are more likely to survive when there are challenging GENE-a section of DNA on a chromosome that has instructions to make a protein You inherit a copy of each gene from each parent in the environment like climate change. A gene pool describes of ALLELE a variation of a gene For example the eye colour protein has alleles for blue grey, brown and green in a population. Natural Selection Natural selection is the process by which individuals with traits that make them better suited for their environmert are more likely to and . There are 4 types of natural selection: A) Directional Selection In directional selection of the phenotype Is resulting in a shift in the phenotype distribution over time. What has happened to the mouse fur colour over generations? What selective pressure might cause this change? B) Stabilizing Selection In stabilizing selection, the phenotype is are over time. What selective pressure might cause mouse fur phenotypes to change this way? C) Disruptive Selection In disruptive selection of the phenotype are for survival over time. This results in the loss of the intermediate phenotype. This might eventually form What happened to the intermediate phenotype of mouse fur colour over time? D) Sexual Selection changes that and extreme phenotypes Microevolution is in a population. These to their environment. Genetics Reviewed of Gene for wing length- homozygous Gene for wing colour- heterozygous Note: Moth wing colours more complicated tha fr Fur colour thange over time Onge Exte T Original Fur colour change over time Ev -Original population ✰✰✰✰✰ Phenotypes (ur color Fur colour change over time Original Evolved opulation population
Transcribed Image Text:Microevolution - Genetic Diversity and Natural Selection - V2 Microevolution is the that results from occur over a number of caused by changes in changes occur to help populations better Microevolution results in adaptations as a result of the fittest offspring. Alleles and Gene Pools The physical traits or depend on CHROMOSOME-segment of ONA that contains genes the or Species with more genetic HOMOLOGOUS CHROMOSOMES a matched pair of chromosomes one from each parent are more likely to survive when there are challenging GENE-a section of DNA on a chromosome that has instructions to make a protein You inherit a copy of each gene from each parent in the environment like climate change. A gene pool describes of ALLELE a variation of a gene For example the eye colour protein has alleles for blue grey, brown and green in a population. Natural Selection Natural selection is the process by which individuals with traits that make them better suited for their environmert are more likely to and . There are 4 types of natural selection: A) Directional Selection In directional selection of the phenotype Is resulting in a shift in the phenotype distribution over time. What has happened to the mouse fur colour over generations? What selective pressure might cause this change? B) Stabilizing Selection In stabilizing selection, the phenotype is are over time. What selective pressure might cause mouse fur phenotypes to change this way? C) Disruptive Selection In disruptive selection of the phenotype are for survival over time. This results in the loss of the intermediate phenotype. This might eventually form What happened to the intermediate phenotype of mouse fur colour over time? D) Sexual Selection changes that and extreme phenotypes Microevolution is in a population. These to their environment. Genetics Reviewed of Gene for wing length- homozygous Gene for wing colour- heterozygous Note: Moth wing colours more complicated tha fr Fur colour thange over time Onge Exte T Original Fur colour change over time Ev -Original population ✰✰✰✰✰ Phenotypes (ur color Fur colour change over time Original Evolved opulation population
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