From individual behaviour to population ecology / William J. Sutherland.
Material type:
TextSeries: Oxford series in ecology and evolutionPublication details: Oxford : Oxford University Press, ©1996.Description: x, 213 pages : illustrations ; 24 cmISBN: - 0-19-854911-3
- 1996 DC 596.05248 Su8
| Item type | Current library | Collection | Call number | Status | Date due | Barcode | |
|---|---|---|---|---|---|---|---|
Circulation
|
UM Digos College - LIC | Circulation | DC 596.05248 Su8 1996 (Browse shelf(Opens below)) | Available | 12178 |
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| DC 592 P33b 2005 Biology of the invertebrates/ | DC 593.1 F22 1980 The protozoa: | DC 593.1 F22 1980 The protozoa: | DC 596.05248 Su8 1996 From individual behaviour to population ecology / | DC 597 R812 2023 Fish : life, environment and diversity / | DC 597.092973 An14 2020 Reservoir fisheries and limnology / | DC 599.9 Es7 1998 Essentials of physical anthropology/ |
Includes bibliographical references and indexes.
Introduction -- Interference -- Depletion -- Prey availability -- Prey populations -- Territories -- Mating systems and reproductive successs -- Population regulation -- Migration -- Applied problems -- Habitat loss -- Predation and human disturbance -- Modelling techniques -- Summary.
Population dynamics and animal behaviour are two subjects that have developed almost independently, despite widespread acceptance of the idea that they must be related. The major objective of this book is to demonstrate how aspects of the population ecology of vertebrates, such as population size, migration systems, and the response of populations to ecological change, can be directly and realistically related to behaviour. Building on the strong theoretical foundation that now underpins behavioural ecology, the author suggests how to extrapolate from behavioural interactions to population-level phenomena, and explains the reasoning behind his approaches. Each chapter presents a combination of theory and empirical examples, and a chapter on modelling techniques is included. This book will be stimulating and useful to students and researchers in behaviour, population ecology, and conservation biology.
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