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Animal Behavior: An Evolutionary Approach 10th Revised edition [Minkštas viršelis]

4.10/5 (452 ratings by Goodreads)
  • Formatas: Paperback / softback, 522 pages, aukštis x plotis x storis: 277x230x21 mm, weight: 1292 g
  • Išleidimo metai: 28-Jan-2013
  • Leidėjas: Oxford University Press Inc
  • ISBN-10: 0878939660
  • ISBN-13: 9780878939664
Kitos knygos pagal šią temą:
  • Formatas: Paperback / softback, 522 pages, aukštis x plotis x storis: 277x230x21 mm, weight: 1292 g
  • Išleidimo metai: 28-Jan-2013
  • Leidėjas: Oxford University Press Inc
  • ISBN-10: 0878939660
  • ISBN-13: 9780878939664
Kitos knygos pagal šią temą:
Published by Sinauer Associates, an imprint of Oxford University Press.

This new edition of Animal Behavior has been thoroughly rewritten with coverage of much recent work in animal behavior. The scope of the changes for the tenth edition, however, is much more all-encompassing than that of past revisions. Thoughtful suggestions from many readers inspired a major reorganization of the material, such that the new book presents the central concepts of animal behavior in a different sequence from prior editions:

The Theory of Evolution by Natural Selection. Instead of introducing the concept of proximate and ultimate causation and then focusing heavily on the proximate mechanisms of behavior in the early chapters, this edition focuses first on the evolutionary basis of behavior. Chapter 1 presents the concept of a Darwinian puzzle, a trait that exists even though it seems to reduce the reproductive success of individuals, in which case it should have been eliminated by natural selection. The emphasis on Darwinian puzzles continues, with an in-depth discussion of the evolution of altruism in Chapter 2 (versus Chapter 14) and subsequent exploration of the adaptive value of a broad range of traits from anti-predator activities to reproductive and parental behaviors.

The Distinction between Proximate and Ultimate Causation in Biology. Once the major findings of behavioral ecology have been examined, the book turns its attention to the proximate mechanisms underlying animal behavior. Here, too, the emphasis remains on the evolutionary puzzles provided by particular developmental and neurophysiological mechanisms. This approach provides continuity with earlier chapters while helping readers see the connections between adaptive behaviors and the adaptive internal systems that make those behaviors possible.

The Procedures That Scientists Use to Test Their Tentative Explanations for Such Things as Darwinian Puzzles. Throughout, the text shows how researchers use scientific logic to study the underlying mechanisms and the evolutionary bases of behavior. The emphasis is on how evolutionary theory unifies the various subdisciplines within animal behavior. These points are highlighted again in the final chapter on human behavior, with its treatment of the proximate and ultimate causes of language and the evolution of mate choice in our species.

Enduring features of prior editions remain evident in this new book: the clear, engaging writing style; text beautifully illustrated with many new photographs; references to a large number of new scientific articles; and a substantial number of new and old discussion questions embedded in the text.

Recenzijos

The tenth edition talks about behavioral ecology early and often. I commend this conceptual shift and the overall bold revision of a classic textbook. It would have been adequate to simply sprinkle in new studies within the existing framework, so the changes seem to reflect a heartfelt desire of Alcock to make an excellent volume even better. This is clearly a labor of love and has a strong personal flavor for a textbook. As in previous editions, the narrative is powered by Alcock's infectious desire to present science, evolution, and behavior clearly and memorably. I recommend this volume to all students of animal behavior. It is a great place to first discover the field, or to rediscover the big picture after years of work within the field. * Peter A. Bednekoff, The Quarterly Review of Biology * I absolutely love this book. I have become a great fan of John Alcock. His discussions within the chapter are extremely gripping and I love his approach connecting all aspects of the genetics, environment, and evolution to the animals behavior. Kudos! * Madeline Mignone, Dominican College *

Chapter 1 An Introduction to Animal Behavior
3(12)
The Behavioral Ecology of a Digger Bee
4(7)
Natural Selection and Infanticide
9(2)
The Science of Behavioral Biology
11(2)
The Power of Scientific Logic
11(2)
Summary
13(1)
Suggested Reading
13(2)
Chapter 2 Behavioral Ecology and the Evolution of Altruism
15(28)
Explaining Altruism: Intelligent Design?
17(6)
Altruism and For-the-Benefit-of-the-Group Selection
18(3)
Altruism and Indirect Selection
21(2)
Kin Selection and Inclusive Fitness Theory
23(6)
Social Insects and Inclusive Fitness
25(3)
Testing the Haplodiploidy Hypothesis
28(1)
The History of Behavioral Traits
29(8)
The Origin of the Dances of Honey Bees
32(2)
An Initial Hypothesis and Its Test
34(3)
Kin Selection and Social Conflict
37(4)
Summary
41(1)
Suggested Reading
41(2)
Chapter 3 The Evolution of Social Behavior
43(24)
The Evolution of Helpful Behavior
45(8)
The Reciprocity Hypothesis
50(3)
Kin Selection and Helpful Behavior
53(1)
Helpers at the Nest: A Darwinian Puzzle
54(8)
Helpers at the Nest: Alternative Hypotheses
56(5)
Helpers at the Burrow: The Case of the Naked Mole Rat
61(1)
Altruism in Vertebrates and Insects: A Comparison
62(3)
Summary
65(1)
Suggested Reading
65(2)
Chapter 4 The Evolution of Communication
67(34)
The History of a Strange Display
68(2)
Evolutionary History Occurs via Changes in Preexisting Traits
69(1)
Sensory Exploitation and the Origin of Communication Signals
70(7)
Sensory Exploitation-or the Retention of Ancestral Traits?
74(2)
The Panda Principle
76(1)
The Behavioral Ecology of Communication
77(20)
Adaptationist Hypotheses for the Hyena's Pseudopenis
79(2)
Another Darwinian Puzzle: The Adaptive Value of Threat Displays
81(1)
The Honest Signal Hypothesis
82(4)
Self-Sacrificing Communication?
86(2)
The Darwinian Puzzle of Deception
88(2)
The Manipulation of Communication Systems
90(3)
One More Darwinian Puzzle: Eavesdropping
93(4)
Summary
97(1)
Suggested Reading
98(3)
Chapter 5 Avoiding Predators and Finding Food
101(38)
The Definition of Adaptation
103(1)
Testing Adaptationist Hypotheses
104(6)
The Comparative Method
106(4)
A Cost-Benefit Approach to Social Defenses
110(5)
Game Theory and Social Defenses
113(2)
A Cost-Benefit Approach to Cryptic Behavior
115(7)
The Darwinian Puzzle of Conspicuous Behavior
118(4)
Optimality Theory and Antipredator Behavior
122(2)
Optimality Theory and Foraging Decisions
124(8)
How to Choose an Optimal Mussel
128(1)
Criticisms of Optimal Foraging Theory
129(3)
Game Theory, Feeding Behavior, and Another Darwinian Puzzle
132(4)
Behavioral Variation and Conditional Strategies
134(2)
Summary
136(1)
Suggested Reading
137(2)
Chapter 6 The Evolution of Habitat Selection, Territoriality, and Migration
139(32)
Habitat Selection and Ideal Free Distribution Theory
140(2)
When to Invest in Territorial Defense
142(11)
Territoriality and Resource-Holding Power
145(1)
Why Give Up Quickly When Fighting for a Territory?
146(2)
Contest Resolution via Nonarbitrary Means
148(2)
Resource Value and Payoff Asymmetries
150(1)
The Dear Enemy Effect
151(2)
Dispersal and Migration
153(16)
The History of Migration
156(3)
The Costs of Migration
159(4)
The Benefits of Migration
163(3)
Conditional Strategies and Migration
166(3)
Summary
169(1)
Suggested Reading
169(2)
Chapter 7 The Evolution of Reproductive Behavior
171(46)
Sexual Selection and Bowerbird Behavior
172(5)
Sexual Differences Theory
175(2)
Sexual Selection and Parental Investment
177(4)
Testing Sexual Differences Theory
178(3)
Sexual Selection and the Competition for Mates
181(9)
Alternative Mating Tactics
183(1)
Why Settle for Less?
184(4)
The Coexistence of Alternative Mating Strategies
188(2)
Sexual Selection and Sperm Competition
190(6)
Why Stay with a Female after Mating with Her?
193(3)
Sexual Selection and Mate Choice
196(18)
Female Mate Choice for Paternal Males
199(1)
Female Mate Choice without Material Benefits
200(5)
Runaway Sexual Selection
205(2)
Testing Competing Ideas about Mate Choice
207(2)
Sexual Conflict
209(5)
Summary
214(1)
Suggested Reading
215(2)
Chapter 8 The Evolution of Mating Systems
217(40)
Is Male Monogamy Adaptive?
218(9)
Male Monogamy in Mammals
222(2)
Male Monogamy in Birds
224(3)
Monogamous Males, Polyandrous Females
227(3)
What Do Females Gain from Polyandry?
230(11)
Polyandry and Good Genes
232(2)
Polyandry and Genetic Compatibility
234(3)
Polyandry and Social Insects
237(1)
Polyandry and Material Benefits
238(3)
Why Are There So Many Kinds of Polygynous Mating Systems?
241(13)
Female Defense Polygyny
241(2)
Resource Defense Polygyny
243(3)
Scramble Competition Polygyny
246(1)
Lek Polygyny
247(7)
Summary
254(1)
Suggested Reading
255(2)
Chapter 9 The Evolution of Parental Care
257(36)
The Cost-Benefit Analysis of Parental Care
258(9)
Why More Care by Mothers than by Fathers?
259(4)
Why Are Any Males Paternal?
263(1)
Why Do Male Water Bugs Do All the Work?
264(3)
Discriminating Parental Care
267(14)
Why Adopt Genetic Strangers?
270(4)
The History of Interspecific Brood Parasitism
274(4)
Why Accept a Parasite's Egg?
278(3)
The Puzzle of Parental Favoritism
281(9)
Killer Siblings
284(3)
Parental Behavior in Relation to Offspring Value
287(3)
Summary
290(1)
Suggested Reading
291(2)
Chapter 10 Proximate and Ultimate Causes of Behavior
293(30)
Connecting the Four Levels of Analysis
294(2)
The Proximate and Ultimate Causes of Monogamy in Prairie Voles
296(3)
The Proximate Causes of Bird Song
299(9)
Social Experience and Song Development
302(2)
Bird Brains and Bird Songs
304(1)
How the Avian Song Control System Works
305(3)
The Ultimate Causes of Bird Songs
308(11)
The Adaptive Value of Song Learning
311(4)
Adaptive Repertoire Matching
315(1)
Female Preferences and Song Learning
316(3)
Proximate and Ultimate Causes Are Complementary
319(2)
Summary
321(1)
Suggested Reading
321(2)
Chapter 11 The Development of Behavior
323(36)
The Nature or Nurture Misconception
324(8)
The Interactive Theory of Development
324(5)
Learning Requires Both Genes and Environment
329(3)
Environmental Differences Can Cause Behavioral Differences
332(2)
Genetic Differences Can Also Cause Behavioral Differences
334(7)
Single Gene Effects on Development
338(3)
Evolution and Behavioral Development
341(15)
Adaptive Developmental Homeostasis
342(3)
Adaptive Developmental Switch Mechanisms
345(4)
The Adaptive Value of Learning
349(7)
Summary
356(1)
Suggested Reading
357(2)
Chapter 12 Evolution, Nervous Systems, and Behavior
359(32)
Complex Responses to Simple Stimuli
360(10)
How Moths Avoid Bats
363(7)
Detecting, Processing, and Responding to Ecologically Significant Stimuli
370(9)
Selective Relaying of Sensory Inputs
374(2)
Responding to Relayed Messages
376(3)
The Proximate Basis of Stimulus Filtering
379(5)
Stimulus Filtering via Cortical Magnification
381(3)
The Evolution of Cognitive Skills
384(5)
Summary
389(1)
Suggested Reading
389(2)
Chapter 13 How Neurons and Hormones Organize Behavior
391(32)
Neural Command and Control
392(21)
Daily Changes in Behavioral Priorities
395(2)
How Do Circadian Mechanisms Work?
397(4)
Seasonal and Annual Cycles of Behavior
401(8)
Social Conditions and Changing Priorities
409(2)
Hormonal Modulation of Behavior
411(2)
Hormones and Reproductive Behavior
413(3)
The Costs of Hormonal Regulation
416(4)
Summary
420(1)
Suggested Reading
420(3)
Chapter 14 The Evolution of Human Behavior
423(34)
Language and the Four Levels of Analysis
424(8)
The History of Human Speech
425(1)
The Neurophysiology of Speech
426(3)
The Adaptive Value of Speech
429(3)
The Evolutionary Analysis of Mate Choice
432(9)
Mate Choice by Women
432(6)
Mate Choice by Men
438(3)
The Evolutionary Analysis of Sexual Conflict
441(8)
Coercive Sex
446(3)
Practical Applications of Evolutionary Theory
449(3)
The Triumph of an Evolutionary Analysis of Human Behavior
452(2)
Summary
454(1)
Suggested Reading
455(2)
Glossary 457(6)
Bibliography 463(40)
Illustration Credits 503(2)
Index 505
John Alcock is Regents' Professor Emeritus of Biology at Arizona State University. He received his Ph.D. from Harvard University under the direction of Ernst Mayr. His research deals with the behavioral ecology of insect mating systems, with projects that have taken him from Arizona to Costa Rica and Australia. He wrote The Triumph of Sociobiology (2001) and coauthored The Evolution of Insect Mating Systems (1983) with Randy Thornhill. Alcock has also written seven other books on animal behavior and natural history for general audiences. One of these, In a Desert Garden, received the Burroughs' Award for natural history writing in 1998. Dr. Alcock also received the Dean's Quality Teaching Award the first year it was given at Arizona State University.