Carnivore Behavior, Ecology, and Evolution / / ed. by John L. Gittleman.

• Superior document: Title is part of eBook package: De Gruyter Cornell University Press Archive Pre-2000
• MitwirkendeR: Bekoff, Mare,; Biknevicius, Audrone R.,; Caro, T. M.,; Clark, Tim W.,; Clutton-Brock, Juliet,; Creel, Scott,; Dayan, Tamar,; Flynn, John J.,; Frank, Laurence G.,; Franklin, William L.,; Fuller, Todd K.,; Gittleman, John L.,; Gompper, Matthew E.,; Hunt, Robert M.,; Jamieson, Dale,; Johnson, Kenneth G.,; Johnson, Warren E.,; Koepfli, Klaus-Peter,; Mills, M. G. L.,; Ortolani, Alessia,; Reading, Richard P.,; Schaller, George B.,; Shen, Zhongmin,; Simberloff, Daniel,; Van Valkenburgh, Blaire,; Waser, Peter M.,; Wayne, Robert K.,; Werdelin, Lars,; Yang, Senshan,; Yao, Yin,; You, Chengxia,
• HerausgeberIn: Gittleman, John L.,
• Place / Publishing House: Ithaca, NY : : Cornell University Press, , [2019]; ©1996
• Year of Publication: 2019
• Language: English
• Physical Description: 1 online resource (640 p.) :; 127 halftones, 34 tables
• Other title: Frontmatter --; Contents --; Preface --; Acknowledgments --; Contributors --; Introduction: Carnivores and Conservation Biology --; PART I. BEHAVIOR --; Introduction --; 1. Ethics and the Study of Carnivores: Doing Science While Respecting Animals --; 2. Behavioral Endocrinology and Social Organization in Dwarf Mongooses --; 3. Fernale Masculinization in the Spotted Hyena: Endocrinology, Behavioral Ecology, and Evolution --; 4. The Adaptive Significance of Color Patterns in Carnivores: Phylogenetic Tests of Classic Hypotheses --; 5. Sympatry in Canids: A Review and Assessment --; PART II. ECOLOGY --; 6. Methodological Advances in Capture, Census, and Food-Habits Studies of Large African Carnivores --; 7. Patterns of Size Separation in Carnivore Communities --; 8. Patterns and Consequences of Dispersal in Gregarious Carnivores --; 9. Carnivore Reintroductions: An Interdisciplinary Examination --; 10. Human/Carnivore Interactions: Conservation and Management Implications from China --; PART III. EVOLUTION --; 11. Competitors, Companions, Status Symbols, or Pests: A Review of Human Associations with Other Carnivores --; 12. Design for Killing: Craniodental Adaptations of Predators --; 13. Genetic Relatedness among Individuals within Carnivore Societies --; 14. Demographic and Historical Effects on Genetic Variation of Carnivores --; 15. Biogeography of the Order Carnivora --; 16. Carnivoran Phylogeny and Rates of Evolution: Morphological, Taxic, and Molecular --; 17. Carnivoran Ecomorphology: A Phylogenetic Perspective --; Species and Subject Index
• Format: Mode of access: Internet via World Wide Web.
• ISBN: 9781501745829; 9783110536171
• DOI: 10.7591/9781501745829
• Access: restricted access
• Hierarchical level: Monograph
• Statement of Responsibility: ed. by John L. Gittleman.

Because carnivores are at the top of the food chain, their status is an important indicator of the health of the world ecosystem. They are intensely interesting to zoologists and uniquely intriguing to the general public. Devoted primarily to terrestrial carnivores, this volume focuses on such themes as carnivore reintroduction programs and the ethics of studying carnivores, drawing examples from a variety of species.The need to evaluate new conceptual ideas and empirical data inspired this volume of Carnivore Behavior, Ecology, and Evolution, a complement to the original book. In the eight years since publication of the first volume, conservation has emerged as a thematic imperative. The study of carnivores has become even more important in raising and resolving crucial biological problems. Differential rates of mortality in the giant panda and other endangered carnivores are now known to influence dispersal and life history patterns basic to these species' survival. Reintroduction efforts of the black-footed ferret and the red wolf are establishing essential guidelines for preservation and management of endangered species. Studies of the African lion and the dwarf mongoose illustrate the power of new genetic techniques of DNA fingerprinting for understanding the evolution of social behavior.