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Population genetics : basic principles
Overview of attention for book
Table of Contents
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Book Overview
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Chapter 1
The Hardy-Weinberg Law
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Chapter 2
Conditions for Hardy-Weinberg Equilibrium
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Chapter 3
Applications of the Hardy-Weinberg Law
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Chapter 4
Snyder’s Ratios
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Chapter 5
Multiple Alleles
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Chapter 6
Separate Sexes
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Chapter 7
Sex Linkage
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Chapter 8
Other Phenomena Associated with Sex
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Chapter 9
Linkage
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Chapter 10
Recombination Equilibrium
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Chapter 11
Polyploidy
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Chapter 12
Selection
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Chapter 13
The General Selection Equation
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Chapter 14
Equilibrium under Selection
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Chapter 15
Mutation
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Chapter 16
Interaction of Mutation with Selection
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Chapter 17
Migration
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Chapter 18
The Finite Population Model
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Chapter 19
Inbreeding
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Chapter 20
The Development of Inbreeding
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Chapter 21
Genic Drift
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Chapter 22
Genotypic Drift
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Chapter 23
Effective Breeding Size
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Chapter 24
Interaction of Inbreeding with Systematic Forces
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Chapter 25
Coancestry
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Chapter 26
Applications of Coancestry
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Chapter 27
Tabular Calculation of Coancestry
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Chapter 28
Path Calculation of F
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Chapter 29
Systematic Inbreeding
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Chapter 30
Assortative Mating
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Chapter 31
Metric Traits
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Chapter 32
Evidence for the Theory of Metric Inheritance
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Chapter 33
Phenotypic Value
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Chapter 34
The Single Locus Model
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Chapter 35
Breeding Values
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Chapter 36
Dominance Deviations
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Chapter 37
Multiple Loci
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Chapter 38
Causal Components of Variance
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Chapter 39
Analytical Components
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Chapter 40
Heritability
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Chapter 41
Realized Heritability
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Chapter 42
Other Estimates of h 2
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Chapter 43
Environmental Variance
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Chapter 44
Repeatability
Overall attention for this book and its chapters
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Mentioned by
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Citations
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Book overview
1. The Hardy-Weinberg Law
2. Conditions for Hardy-Weinberg Equilibrium
3. Applications of the Hardy-Weinberg Law
4. Snyder’s Ratios
5. Multiple Alleles
6. Separate Sexes
7. Sex Linkage
8. Other Phenomena Associated with Sex
9. Linkage
10. Recombination Equilibrium
11. Polyploidy
12. Selection
13. The General Selection Equation
14. Equilibrium under Selection
15. Mutation
16. Interaction of Mutation with Selection
17. Migration
18. The Finite Population Model
19. Inbreeding
20. The Development of Inbreeding
21. Genic Drift
22. Genotypic Drift
23. Effective Breeding Size
24. Interaction of Inbreeding with Systematic Forces
25. Coancestry
26. Applications of Coancestry
27. Tabular Calculation of Coancestry
28. Path Calculation of F
29. Systematic Inbreeding
30. Assortative Mating
31. Metric Traits
32. Evidence for the Theory of Metric Inheritance
33. Phenotypic Value
34. The Single Locus Model
35. Breeding Values
36. Dominance Deviations
37. Multiple Loci
38. Causal Components of Variance
39. Analytical Components
40. Heritability
41. Realized Heritability
42. Other Estimates of h 2
43. Environmental Variance
44. Repeatability
Summary
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Syllabi
Wikipedia
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This data is correct as of December 2015 - for more up to date information, please visit
https://opensyllabus.org/
So far, Altmetric has seen this research output assigned in
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syllabus from an institution on Open Syllabus Project.
Institution
Syllabi count
Course subject areas covered
Texas A & M University
1
Business, Biology