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Chapter 14 Opener An unusual life history

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1 Chapter 14 Opener An unusual life history
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2 Figure This X-ray of a kiwi (Apteryx) shows the bird’s enormous egg, which weighs 25 percent of the female’s body weight Evolution-2e-Fig jpg

3 Figure (A) Display by a male greater sage grouse (Centrocercus urophasianus). (B) Atlantic puffins (Fratercula arctica) are sexually monomorphic seabirds that form pair-bonds Evolution-2e-Fig jpg

4 Figure Two insects that differ in generation time and rate of increase due to a great difference in the respective ages at which reproduction begins Evolution-2e-Fig jpg

5 Figure 14.4 Adaptations based on surface-to-volume relationships
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6 Box 14A Optimal Models: Examples
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7 Box 14A, Figure 1 Optimal Models: Examples: A graphical depiction of the “best responses” of competing plants to each other’s height Evolution-2e-Box-14-A-1.jpg

8 In-text Art, Ch. 14, p. 375 Evolution-2e-ITA-14-p375-0.jpg

9 Figure 14.5 Genetic variation in life history characteristics
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10 Figure 14.5 Genetic variation in life history characteristics (Part 1)
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11 Figure 14.5 Genetic variation in life history characteristics (Part 2)
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12 Figure Factors giving rise to positive or negative genetic correlations between life history traits such as survival (or growth) and reproduction Evolution-2e-Fig jpg

13 Figure Factors giving rise to positive or negative genetic correlations between life history traits such as survival (or growth) and reproduction Evolution-2e-Fig R.jpg

14 Figure The relationship between number and weight of propagules (seeds) among species of goldenrods (Solidago) suggests an allocation trade-off Evolution-2e-Fig jpg

15 Figure 14.8 Results of selection of laboratory populations of Drosophila for age at reproduction
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16 Figure Results of selection of laboratory populations of Drosophila for age at reproduction (Part 1) Evolution-2e-Fig jpg

17 Figure Results of selection of laboratory populations of Drosophila for age at reproduction (Part 2) Evolution-2e-Fig jpg

18 Figure Reproductive effort—an index of the proportion of biomass allocated to inflorescences—in annual (semelparous) and perennial (iteroparous) species of British grasses Evolution-2e-Fig jpg

19 Figure Among species of snakes and lizards, the lower the annual mortality rate of adults, the later reproduction begins Evolution-2e-Fig jpg

20 Figure Guppy populations two environments, assayed in common-garden comparisons of second-generation laboratory-reared offspring of wild females Evolution-2e-Fig jpg

21 Figure Guppy populations two environments, assayed in common-garden comparisons of second-generation laboratory-reared offspring of wild females (Part 1) Evolution-2e-Fig jpg

22 Figure Guppy populations two environments, assayed in common-garden comparisons of second-generation laboratory-reared offspring of wild females (Part 2) Evolution-2e-Fig jpg

23 Figure The reproductive value, a measure of expected future reproductive success, of broods (Vb), their parents (Vp), and the sum (V) for great tits and Eurasian kestrels Evolution-2e-Fig jpg

24 Figure The reproductive value, a measure of expected future reproductive success, of broods (Vb), their parents (Vp), and the sum (V) for great tits and Eurasian kestrels Evolution-2e-Fig R.jpg

25 Figure 14.13 A model of density-dependent selection of rates of increase
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26 Figure (A) Difference in per capita population growth rate between two sets of Drosophila populations. (B) Density of two experimental populations of D. serrata increased over generations Evolution-2e-Fig jpg

27 Figure (A) Difference in per capita population growth rate between two sets of Drosophila populations Evolution-2e-Fig jpg

28 Figure 14. 14 (B) Density of two experimental populations of D
Figure (B) Density of two experimental populations of D. serrata increased over generations Evolution-2e-Fig jpg

29 Evolution-2e-Table jpg


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