Is ungulate migration culturally transmitted? Evidence of social learning from translocated animals
Authors:
- Brett R. JesmerBJBrett R. Jesmer
- Jerod A. MerkleJMJerod A. Merkle
- Ellen O. AikensEAEllen O. Aikens
- Jeffrey L. BeckJBJeffrey L. Beck
- Alyson B. CourtemanchACAlyson B. Courtemanch
- Douglas E. McWhirterDMDouglas E. McWhirter
- Hollie M. MiyasakiHMHollie M. Miyasaki
- Kevin L. MonteithKMKevin L. Monteith
- Matthew. J. KauffmanMKMatthew. J. Kauffman
Top Cited Papers
- 7 September 2018
- journal article
- research article
- Published by American Association for the Advancement of Science (AAAS) in Science
- Vol. 361 (6406) , 1023-1025
Abstract
Learning where and when: Large ungulate migrations occur across continents and inspire curiosity about how these animals know when to leave and where to go. Jesmer et al. took advantage of regional extinctions and reintroductions of several North American ungulate species to determine the role of learning in migrations (see the Perspective by Festa-Bianchet). Reintroduced populations of bighorn sheep and moose did not migrate as historical herds had. However, after several decades, newly established herds were better able to track the emergence of vegetation in the environment and were increasingly migratory. Thus, newly introduced animals learned about their environment and shared the information through social exchange. Science , this issue p. 1023 ; see also p. 972Keywords
Funding Information
- Wyoming Space Grant Consortium (4201-11641-NASA40447)
- Safari Club International Foundation
- American Society of Mammalogists
- Wyoming Governors Big Game License Coalition
- Wild Sheep Foundation
- Alces Society
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