This work describes applications of evolutionary game theory to social foraging, cooperation, animal contests, communication, reproductive skew and nepotism, sibling rivalry, alternative life-histories, habitat selection, trophic-level interactions, learning, and human social behaviour.

1. What is evolutionary game theory ; 2. Game theory and social foraging ; 3. Game theory and cooperation ; 4. Game theory and animal contests ; 5. Game theory and communication ; 6. Game theory, reproductive skew, and nepotism ; 7. Game theory, sibling rivalry, and parent-offspring conflict ; 8. Game theory and inheritance in the conditional strategy ; 9. Game theory and habitat selection ; 10. Game theory and predator-prey response races ; 11. Game theory and learning ; 12. Game theory and human behavior ; 13. Game theory, optimization, and quantitative genetics ; 14. Why we need evolutionary game theory

"Describes many interesting examples of animal behaviour, including games between foraging producers and scroungers, reciprocal grooming in impala, territorial defence by birds and spiders, animal communication, parent-offspring conflict, and colony founding by ants. There are many accounts of experimental tests of game theory models, along with clear discussions of the limitations of the game theory approach. The quality of writing (often a problem in edited volumes) is uniformly good. The chapter by R. Gomulkiewicz is especially important, because it connects game theory, other optimization methods, and quantitative genetics with a focus on an empirical strategy for detecting adaptation and constraint." --Nature "The book is a worthwhile addition to graduate collections and some undergraduate collections emphasizing behavioral ecology, as most chapters are sufficiently general to be of use for a longer time than the typical symposium volume."--Choice Listed in Wildlife Activist "Describes many interesting examples of animal behaviour, including games between foraging producers and scroungers, reciprocal grooming in impala, territorial defence by birds and spiders, animal communication, parent-offspring conflict, and colony founding by ants. There are many accounts of experimental tests of game theory models, along with clear discussions of the limitations of the game theory approach. The quality of writing (often a problem in edited volumes) is uniformly good. The chapter by R. Gomulkiewicz is especially important, because it connects game theory, other optimization methods, and quantitative genetics with a focus on an empirical strategy for detecting adaptation and constraint." --Nature "The book is a worthwhile addition to graduate collections and some undergraduate collections emphasizing behavioral ecology, as most chapters are sufficiently general to be of use for a longer time than the typical symposium volume."--Choice "The liaison between game theory and evolutionary ecology has become a serious and intimate affair during the past few years. . . . Game Theory & Animal Behaviour is an edited volume loosely based on talks covering a diverse set of subjects that were presented by the authors at the 1995 symposium of the National Animal Behavior Society, USA. The scope of the book is accordingly wide: the topics range from pure theory aimed at a concise summary of the basics of game theory and a review of the links between the models of game theory, evolutionary optimality theory and quantitative genetics, to game theory applied to hypothetical or actual animal conflicts in social foraging (among other topics), and a verbal consideration of the applicability of game theory to important aspects of human behaviour such as social norms. The common framework for the selection of papers is classic evolutionary game theory . . ."--Trends in Ecology & Evolution "This will be the first book since 1982 dedicated to ethological game theory models, despite the fact that game theory has played a major role in reshaping the study of animal behaviour over the"The Archaea, or archebacteria, constitute the fifth kingdom of living organisms, as distinct from true bacteria as from fungi, animals, and plants. They were very likely the first life forms form which all other living things evolved, because they are naturally evolved, because they are naturally adapted to thrive in the anoxic extreme environments that prevailed when life originated on the earth. . .Their discovery has given a unique vantage on the principles of life because they present unique life histories and metabolisms, in effect a novel, previously unrecognized type of life."--Ethology, Ecology, Evolution Ecology and Evolution