Evolution Fill
... Individual or species contains a _______________ of the normal set of c’somes Caused by mistakes during cell _______________ May result in immediate reproductive isolation Speciation Rates Rate at which new species arise Gradualism _______________ change of adaptations; Ex: sea lilies ...
... Individual or species contains a _______________ of the normal set of c’somes Caused by mistakes during cell _______________ May result in immediate reproductive isolation Speciation Rates Rate at which new species arise Gradualism _______________ change of adaptations; Ex: sea lilies ...
Biology 3 Study Guide – Exam #3
... the process of transcription the differences between DNA and RNA the different roles of RNA the nature of the genetic code what is meant by the term “mutation” the process of translation ...
... the process of transcription the differences between DNA and RNA the different roles of RNA the nature of the genetic code what is meant by the term “mutation” the process of translation ...
- Fairview High School
... equilibrium. (genetic equilibrium = no change) • Six processes of microevolution (smallscale changes in a population's allele frequencies) prevent genetic equilibrium: ...
... equilibrium. (genetic equilibrium = no change) • Six processes of microevolution (smallscale changes in a population's allele frequencies) prevent genetic equilibrium: ...
Hardy Weinberg Equilibrium and Evolution
... • Microevolution: evolution on the smallest scalea generation to generation change in the frequencies of alleles within a population • Hardy Weinberg Equilibrium: populations that do not undergo change to their gene pools are not presently evolving – frequency of alleles in that gene pool are consta ...
... • Microevolution: evolution on the smallest scalea generation to generation change in the frequencies of alleles within a population • Hardy Weinberg Equilibrium: populations that do not undergo change to their gene pools are not presently evolving – frequency of alleles in that gene pool are consta ...
Mechanisms of Evolution
... What drives this ‘speciation’? ISOLATING MECHANISMS • Behavioral• Geographical• Temporal- ...
... What drives this ‘speciation’? ISOLATING MECHANISMS • Behavioral• Geographical• Temporal- ...
Untitled
... Sexual selection- A form of natural selection in which individuals with certain characteristics are more likely than other individuals to obtain mates. Intrasexual selection- When some species secondary sex structures may be used to compete with members of the same sex for a partner. Intersexual sel ...
... Sexual selection- A form of natural selection in which individuals with certain characteristics are more likely than other individuals to obtain mates. Intrasexual selection- When some species secondary sex structures may be used to compete with members of the same sex for a partner. Intersexual sel ...
Species PwrPnt
... Species Concepts • A population that can successfully interbreed but not with other groups (Biological) • Organisms that have same internal & external appearances (Morphological) • Modern definition includes parts of both – A single kind of organism – Morphologically similar – Interbreed to produce ...
... Species Concepts • A population that can successfully interbreed but not with other groups (Biological) • Organisms that have same internal & external appearances (Morphological) • Modern definition includes parts of both – A single kind of organism – Morphologically similar – Interbreed to produce ...
Natural Selection and Specation
... • Do not possess allele IB therefore cannot be B or AB blood groups • Isolation for over 50,000 years means limited gene flow • Increased genetic flow has lead this to change ...
... • Do not possess allele IB therefore cannot be B or AB blood groups • Isolation for over 50,000 years means limited gene flow • Increased genetic flow has lead this to change ...
Gene Pool
... A population’s gene pool has to be kept together and separate from the gene pools of other populations ...
... A population’s gene pool has to be kept together and separate from the gene pools of other populations ...
Patterns of Evolution
... • If parents are paired up randomly in a population a random assortment of traits will be passed on to the next generation • If parents are limited or selective in their choice of mates, a limited set of traits will be passed on (artificial selection) • Larger male iguanas on the Galapagos islands a ...
... • If parents are paired up randomly in a population a random assortment of traits will be passed on to the next generation • If parents are limited or selective in their choice of mates, a limited set of traits will be passed on (artificial selection) • Larger male iguanas on the Galapagos islands a ...
reproductively separated
... • Directional- favours one extreme of the phenotype; environmental change • Disruptive- favours both extremes of the phenotype; an environmental factor takes 2 or more distinct forms (e.g. temperature)- most important in bringing about evolutionary change. Environmental factors affect the probabilit ...
... • Directional- favours one extreme of the phenotype; environmental change • Disruptive- favours both extremes of the phenotype; an environmental factor takes 2 or more distinct forms (e.g. temperature)- most important in bringing about evolutionary change. Environmental factors affect the probabilit ...
Chapter 14 Review pages 316
... 1. Darwin was familiar with the works of all of the following except: a) Mendel 2. Which of the following is needed for a new species to form: d) reproductive isolation 3. Farmers change the gene pool of a population by: c) artificial selection 4. The source of random variation on which natural sele ...
... 1. Darwin was familiar with the works of all of the following except: a) Mendel 2. Which of the following is needed for a new species to form: d) reproductive isolation 3. Farmers change the gene pool of a population by: c) artificial selection 4. The source of random variation on which natural sele ...
Gene pool
... Genetic drift can be due to: a. bottleneck effect – dramatic decrease in alleles b/c of major disaster ex. Hunting in 1890’s reduced one elephant seal pop. to ~20 indiv. very little genetic variation 24 exact same proteins ...
... Genetic drift can be due to: a. bottleneck effect – dramatic decrease in alleles b/c of major disaster ex. Hunting in 1890’s reduced one elephant seal pop. to ~20 indiv. very little genetic variation 24 exact same proteins ...
Evolution and Classification Review
... • Those that are better suited to their environment (better phenotypes or physical characteristics) survive and reproduce successfully ...
... • Those that are better suited to their environment (better phenotypes or physical characteristics) survive and reproduce successfully ...
Evolution Study Guide Part 2
... These mutations can be neutral (no effect), negative (possible disease), or beneficial. Mutations are important for evolution only if they are mutations in the germ cells because these genes pass onto future generations. 2. Genetic Recombination and Sexual Reproduction is the most common way of gene ...
... These mutations can be neutral (no effect), negative (possible disease), or beneficial. Mutations are important for evolution only if they are mutations in the germ cells because these genes pass onto future generations. 2. Genetic Recombination and Sexual Reproduction is the most common way of gene ...
Evolution of Populations
... Relative (allelic) frequency - the percentage of a particular allele (trait) in a gene pool. Natural Selection- In nature, unequal ability to survive and reproduce Artificial Selection- Mankind “selects” for desired traits ...
... Relative (allelic) frequency - the percentage of a particular allele (trait) in a gene pool. Natural Selection- In nature, unequal ability to survive and reproduce Artificial Selection- Mankind “selects” for desired traits ...
Evolution Terms to Know
... D. individuals. E. chromosomes. 7. The Darwinian fitness of an individual is measured most directly by A. the number of its offspring that survive to reproduce. B. the number of “good genes” it possesses. C. the number of mates it attracts. D. its physical strength. E. how long it lives. 8. Which of ...
... D. individuals. E. chromosomes. 7. The Darwinian fitness of an individual is measured most directly by A. the number of its offspring that survive to reproduce. B. the number of “good genes” it possesses. C. the number of mates it attracts. D. its physical strength. E. how long it lives. 8. Which of ...
Exam 2 - philipdarrenjones.com
... That the two organisms in question attempt to mate That the two organisms in question successfully mate and produce fertile offspring ...
... That the two organisms in question attempt to mate That the two organisms in question successfully mate and produce fertile offspring ...
