Access the full text.
Sign up today, get DeepDyve free for 14 days.
John Malone (1984)
Evolutionary game theory: Suddenly it's 1960! (or is it 1860?)Behavioral and Brain Sciences, 7
B. Hazlett (2010)
Size relationships and aggressive behavior in the hermit crab Clibanarium vittatus.Zeitschrift fur Tierpsychologie, 25 5
B. Hazlett (1982)
Resource value and communication strategy in the hermit crab Pagurus bernhardus (L.)Animal Behaviour, 30
J. Altmann (1974)
Observational study of behavior: sampling methods.Behaviour, 49 3
P. Hammerstein, G. Parker (1982)
The asymmetric war of attritionJournal of Theoretical Biology, 96
P. Caryl (1982)
Telling the truth about intentionsJournal of Theoretical Biology, 97
G. Parker, D. Rubenstein (1981)
Role assessment, reserve strategy, and acquisition of information in asymmetric animal conflictsAnimal Behaviour, 29
M. Andersson (1980)
Why are there so many threat displays?Journal of theoretical biology, 86 4
T. Clutton‐Brock, S. Albon (1979)
THE ROARING OF RED DEER AND THE EVOLUTION OF HONEST ADVERTISEMENTBehaviour, 69
W. Smith (1977)
The behavior of communicating
N. Davies, T. Halliday (1978)
Deep croaks and fighting assessment in toads Bufo bufoNature, 274
D. Rubenstein (1981)
Combat and communication in the Everglades pygmy sunfishAnimal Behaviour, 29
Brian Hazlett, William Bossert (1965)
A statistical analysis of the aggressive communications systems of some hermit crabs.Animal behaviour, 13 2
F. David, R. Steel, J. Torrie (1961)
Principles and procedures of statistics.
D. Nelson (1982)
The Communication Behavior Of The Pigeon Guillemot Cepphus Columba.
J. Rhijn (1980)
Communication By Agonistic Displays: a DiscussionBehaviour, 74
A. Zahavi (1977)
Reliability in communication systems and the evolution of altruism
M. Moynihan (1982)
Why is lying about intentions rare during some kinds of contestsJournal of Theoretical Biology, 97
T. Getty (1981)
Poission patterns in behavioural time series: The perception of randomness in complexityAnimal Behaviour, 29
P. Caryl (1979)
COMMUNICATION BY AGONISTIC DISPLAYS: WHAT CAN GAMES THEORY CONTRIBUTE TO ETHOLOGY?Behaviour, 68
M. Ryan (1980)
Female Mate Choice in a Neotropical FrogScience, 209
S. Fienberg (1980)
The analysis of cross-classified categorical data
S. Green, P. Marler (1979)
The Analysis of Animal Communication
J. Smith (1982)
Do animals convey information about their intentionsJournal of Theoretical Biology, 97
J. Smith, G. Price (1973)
The Logic of Animal ConflictNature, 246
S. Fienberg (1970)
The Analysis of Multidimensional Contingency TablesEcology, 51
V. Geist (1966)
THE EVOLUTIONARY SIGNIFICANCE OF MOUNTAIN SHEEP HORNSEvolution, 20
R. Hinde (1981)
Animal signals: Ethological and games-theory approaches are not incompatibleAnimal Behaviour, 29
A. Stokes (1962)
Agonistic Behaviour Among Blue Tits At a Winter Feeding StationBehaviour, 19
R. Steel, J. Torrie (1980)
Principles and procedures of statistics: a biometrical approach (2nd ed)
M. Andersson (1976)
Social Behaviour and Communication in the Great SkuaBehaviour, 58
A. Liberman, F. Cooper, D. Shankweiler, M. Studdert-Kennedy (1967)
Perception of the speech code.Psychological review, 74 6
D. Mock (1980)
Communication Strategies of Great Blue Herons and Great EgretsBehaviour, 72
E. Hanushek (1977)
Statistical methods for social scientists
P. Caryl (1982)
Animal signals: A reply to HindeAnimal Behaviour, 30
E. Morton (1977)
On the Occurrence and Significance of Motivation-Structural Rules in Some Bird and Mammal SoundsThe American Naturalist, 111
J. Smith (1974)
The theory of games and the evolution of animal conflicts.Journal of theoretical biology, 47 1
P. Hammerstein (1981)
The role of asymmetries in animal contestsAnimal Behaviour, 29
Geoff Parker (1974)
Assessment strategy and the evolution of fighting behaviour.Journal of theoretical biology, 47 1
John Smith, Geoff Parker (1976)
The logic of asymmetric contestsAnimal Behaviour, 24
G. Kerr (1978)
Uncertainty analyses of the behaviour of the Carolina locust, Dissosteira Carolina (Orthoptera: Acrididae)Canadian Journal of Zoology, 56
S. Austad (1983)
A game theoretical interpretation of male combat in the bowl and doily spider (Frontinella pyramitela)Animal Behaviour, 31
R. Storer (1952)
A comparison of variation, behavior and evolution in the sea bird genera Uria and Cepphus
COMMUNICATION OF INTENTIONS IN AGONISTIC CONTEXTS BY THE PIGEON GUILLEMOT, CEPPHUS COLUMBA by DOUGLAS A. NELSON1) (Museum of Zoology and Division of Biological Sciences. The University of Michigan, Ann Arbor, Michigan, U.S.A.) (With 10 Figures) (Acc. 28-VII-1983) Introduction In the last decade, beginning with MAYNARD SMITH & PRICE'S (1973) game-theory analysis of fighting behavior, there has been an increase of theoretical interest in the factors influencing animal aggression. Subse- quent papers by PARKER (1974), MAYNARD SMITH (1974, 1979), and MAYNARD SMITH & PARKER (1976) have led to predictions concerning when it should benefit animals to behave aggressively. They have also provided novel interpretations of the functions of the displays employed in agonistic situations. The models of agonistic behavior developed by MAYNARD SMITH and others distinguish between contest situations according to whether or not the contestants are evenly matched in such factors as fighting ability and the expected benefits to be gained from winning a contest. In "sym- metric" contests in which the opponents are equally matched, MAYNARD SMITH (1974) predicted that animals should adopt a "war of attrition" strategy which involves witholding information about intentions and per- 1) Research was supported by grants from the Frank M. Chapman
Behaviour – Brill
Published: Jan 1, 1984
Read and print from thousands of top scholarly journals.
Already have an account? Log in
Bookmark this article. You can see your Bookmarks on your DeepDyve Library.
To save an article, log in first, or sign up for a DeepDyve account if you don’t already have one.
Copy and paste the desired citation format or use the link below to download a file formatted for EndNote
Access the full text.
Sign up today, get DeepDyve free for 14 days.
All DeepDyve websites use cookies to improve your online experience. They were placed on your computer when you launched this website. You can change your cookie settings through your browser.