Date of Award
Spring 2020
Degree Type
Dissertation
Degree Name
Doctor of Philosophy (PhD)
School
Psychology
Committee Chair
Dr. Michael Mong
Committee Chair School
Psychology
Committee Member 2
Dr. Lucas Keefer
Committee Member 2 School
Psychology
Committee Member 3
Dr. Richard Mohn
Committee Member 3 School
Education
Committee Member 4
Dr. Heidi Lyn
Abstract
Social behaviors are represented in every animal species regardless of the level of sociability found in the species. At the very least, conspecifics must interact for the continuation of the species. Depending on species, social behavior could merely consist of mating and territorial disputes, it could consist of a multitude of social behaviors that provide a way of navigating a complex societal structure, or it could consist of any level of interaction between those extremes. However, the behaviors that make up these social repertoires are not universal across species. They could differ in either the form or function of the behaviors. Primates as a group provide both a wide range of gregariousness and vast array of social behaviors. For all primate species, a key social behavior is grooming. While grooming has been regarded as a social bonding behavior for nearly a century, a recent study found that grooming in Garnett’s bushbaby was more closely linked with agonistic behavior sequences than affiliative sequences. Grooming in bushbabies is not solely a social bonding behavior (Christopher, 2017). This study provides another example of agonistic grooming in a primate species. We found evidence for grooming as a part of an agonistic behavior sequence across all study species. In addition, this study adds credence to the possibility that agonistic grooming might be present across all primate taxa and provides corroboration that agonistic grooming helps maintain or establish dominance hierarchies.
ORCID ID
0000-0003-1658-324X
Copyright
Christopher, 2020
Recommended Citation
Christopher, Jennie L., "Agonistic Grooming in Multiple Lemur Species" (2020). Dissertations. 1753.
https://aquila.usm.edu/dissertations/1753