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Chapter 10 Opener There are both immediate physiological and long-term evolutionary causes for why this male blue-cheeked bee-eater produces vocalizations when communicating with other bee-eaters
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Figure Evolution by natural selection shapes the mechanisms of behavior, as illustrated by the prairie vole’s mating behavior
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Table 10.1 Levels of analysis in the study of animal behavior
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Figure 10.2 Recruitment patterns in the honey bee
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Figure 10.2 Recruitment patterns in the honey bee (Part 1)
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Figure 10.2 Recruitment patterns in the honey bee (Part 2)
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Figure 10.2 Recruitment patterns in the honey bee (Part 3)
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Figure 10.3 Prairie voles are monogamous
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Figure 10.4 The evolutionary relationships of the prairie vole and six of its relatives
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Figure The brain of the prairie vole, like that of all mammals, is a complex, evolved mechanism with special features whose operation helps explain vole behavior
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Figure The brain of the prairie vole, like that of all mammals, is a complex, evolved mechanism with special features whose operation helps explain vole behavior (Part 1)
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Figure The brain of the prairie vole, like that of all mammals, is a complex, evolved mechanism with special features whose operation helps explain vole behavior (Part 2)
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Figure 10.6 A gene that affects male pairing behavior in the prairie vole
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Figure 10.7 Song dialects in whitecrowned sparrows
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Figure 10.8 Hearing and song learning
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Figure 10.8 Hearing and song learning (Part 1)
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Figure 10.8 Hearing and song learning (Part 2)
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Figure 10.9 Song learning hypothesis based on laboratory experiments with white-crowned sparrows
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Figure 10.10 Social experience influences song development
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Figure 10.11 Social effects on song learning
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Figure 10.12 Sonograms of contact calls of two parrots
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Figure 10.12 Sonograms of contact calls of two parrots (Part 1)
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Figure 10.12 Sonograms of contact calls of two parrots (Part 2)
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Figure 10.12 Sonograms of contact calls of two parrots (Part 3)
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Figure 10.13 The song preferences of female starlings
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Figure 10.13 The song preferences of female starlings (Part 1)
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Figure 10.13 The song preferences of female starlings (Part 2)
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Figure 10.14 The song system of a typical songbird
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Figure 10.15 Difference in the size of one nucleus of the song system
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Figure 10.16 Song competition in the starling
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Figure 10.16 Song competition in the starling (Part 1)
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Figure 10.16 Song competition in the starling (Part 2)
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Figure 10.17 Single cells and song learning in the swamp sparrow
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Figure 10.17 Single cells and song learning in the swamp sparrow (Part 1)
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Figure 10.17 Single cells and song learning in the swamp sparrow (Part 2)
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Figure 10.18 Two phylogenies of song learning in birds
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Figure 10.18 Two phylogenies of song learning in birds (Part 1)
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Figure 10.18 Two phylogenies of song learning in birds (Part 2)
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Figure 10.19 The song control systems of parrots, hummingbirds, and oscine songbirds
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Figure 10.20 Songs match habitats
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Figure 10.20 Songs match habitats (Part 1)
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Figure 10.20 Songs match habitats (Part 2)
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Figure 10.21 The dialects of whitecrowned sparrows in three parts of San Francisco
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Figure 10.21 The dialects of whitecrowned sparrows in three parts of San Francisco (Part 1)
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Figure 10.21 The dialects of whitecrowned sparrows in three parts of San Francisco (Part 2)
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Figure 10.21 The dialects of whitecrowned sparrows in three parts of San Francisco (Part 3)
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Figure 10.22 Two white-crowned sparrow songs from different dialect populations
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Figure 10.23 Dialect selection by male white-crowned sparrows
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Figure 10.24 Song type matching in the song sparrow
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Figure 10.24 Song type matching in the song sparrow (Part 1)
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Figure 10.24 Song type matching in the song sparrow (Part 2)
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Figure 10.25 Song matching and communication of aggressive intent in the song sparrow
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Figure 10.26 Male Cassin’s finches sing to attract females
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Figure 10.26 Male Cassin’s finches sing to attract females (Part 1)
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Figure 10.26 Male Cassin’s finches sing to attract females (Part 2)
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Figure Nutritional stress early in life has large effects on song learning by male swamp sparrows
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Figure Nutritional stress early in life has large effects on song learning by male swamp sparrows (Part 1)
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Figure Nutritional stress early in life has large effects on song learning by male swamp sparrows (Part 2)
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Figure 10.28 The mean number of precopulatory displays in response to differences in song quality
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Figure The mean number of precopulatory displays in response to differences in song quality (Part 1)
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Figure The mean number of precopulatory displays in response to differences in song quality (Part 2)
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