Editors

Tamás Székely, University of Bath

Tamás Székely is an evolutionary biologist with a main research interest in breeding system evolution. Most of his work uses birds as model organisms studied mostly through fieldwork, although also with the use of mathematical modelling and phylogenetic analyses to dissect behaviour. He has co-edited four books, including one on sex, size and gender roles. He is a professional Chair in Biodiversity at the University of Bath and was recently awarded a Research Fellowship by The Leverhulme Trust, and was also a Visiting Fellow at Harvard University. Please see more details on his website http://www.bath.ac.uk/bio-sci/biodiversity-lab/szekely.html.

Allen J. Moore, University of Exeter

Jan Komdeur has a strong reputation in experimental evolutionary ecology. He established the Seychelles warbler as a model system. He has many long-standing international collaborations with leading biologists which connect aspects of behavioural ecology, population genetics, and theoretical modelling. Komdeur has an excellent publication record, most papers being published in top journals of their field. His reputation is evidenced by memberships of editorial boards, frequent invitations for keynote lectures, prestigious (inter)national awards and grants, and several lecturer of the year awards. His group received the highest qualification ('international excellence') by an international peer review committee in the last assessment of research quality.

Jan Komdeur, Rijksuniversiteit Groningen, The Netherlands

Allen Moore is an evolutionary biologist, with research interests in behaviour genetics, quantitative genetic studies of behaviour and morphology, development of behaviour, theoretical investigations of evolution, and behavioural ecology. He is currently Professor of Evolutionary Genetics at the University of Exeter, as well as Head of Department and Director of the Centre for Ecology and Conservation, University of Exeter Cornwall Campus. He served as the elected Secretary of the Society for the Study of Evolution (2003–2006) and is currently the Editor-in-Chief of the Journal of Evolutionary Biology for the European Society for Evolutionary Biology.

Contributors

Tamás Székely, Allen J. Moore, Jan Komdeur, Marla B. Sokolowski, Joel D. Levine, Bronwyn H. Bleakley, Jason B. Wolf, Elizabeth Adkins-Regan, Timothy J. DeVoogd, Jordan M. Moore, John M. McNamara, Franz J. Weissing, Robert P. Freckleton, Mark Pagel, Tom Wenseleers, Andy Gardner, Kevin R. Foster, Robert Huber, Edward A. Kravitz, Mark E. Hauber, Marlene Zuk, Jens Krause, Graeme Ruxton, Tomasso Pizzari, Russell Bonduriansky, Lisa McGraw, Larry J. Young, Jan Ekman, Marion L. East, Heribert Hofer, Ruth Mace, Denis Réale, Niels J. Dingemanse, Louise Gallagher, David Skuse, Suzanne H. Alonzo, Ben C. Sheldon, Gerald S. Wilkinson, Leanna M. Birge, Daniel T. Blumstein, Tim Birkhead, Andrew Cockburn, Nicholas B. Davies, Raghavendra Gadagkar, David Haig, Bert Hölldobler, Sarah B. Hrdy, Laurent Keller, Manfred Milinski, Ronald Noë, Geoff A. Parker, Marion Petrie, David C. Queller, Paul B. Rainey, Mike Ritchie, Gene E. Robinson, Paul W. Sherman, Michael Taborsky, Robert Trivers, Edward O. Wilson, Amotz Zahavi

Humans live in large and extensive societies and spend much of their time interacting socially. Likewise, most other animals also interact socially. Social behaviour is of constant fascination to biologists and psychologists of many disciplines, from behavioural ecology to comparative biology and sociobiology. The two major approaches used to study social behaviour involve either the mechanism of behaviour - where it has come from and how it has evolved, or the function of the behaviour studied. With guest articles from leaders in the field, theoretical foundations along with recent advances are presented to give a truly multidisciplinary overview of social behaviour, for advanced undergraduate and graduate students. Topics include aggression, communication, group living, sexual behaviour and co-operative breeding. With examples ranging from bacteria to social mammals and humans, a variety of research tools are used, including candidate gene approaches, quantitative genetics, neuro-endocrine studies, cost-benefit and phylogenetic analyses and evolutionary game theory.