Social group fission and the origin of intergroup genetic differentiation among the rhesus monkeys of Cayo Santiago

Dados Bibliográficos

AUTOR(ES) D. Sade , John Buettner‐Janusch , James M. Cheverud
ANO 1978
TIPO Artigo
PERIÓDICO American Journal of Physical Anthropology
ISSN 0002-9483
E-ISSN 1096-8644
EDITORA Berghahn Journals (United Kingdom)
DOI 10.1002/ajpa.1330490404
CITAÇÕES 15
ADICIONADO EM 2025-08-18
MD5 c4a8e3d3c234a99d1d9e52d2daf7999b

Resumo

The serum transferrin locus is used to investigate the roles of the lineal effect of fission, male migration effect of fission, and genetic drift in causing intergroup genetic differentiation among the rhesus macaques of Cayo Santiago. These three mechanisms prove sufficient to explain the degrees of differentiation between the newly formed social groups A, K, and L as of July 1, 1971. The lineal effect of fission provides a baseline of intergroup differentiation which is altered by forces leading to intragroup genetic change, the male migration effect and genetic drift. The importance of population dynamics for the distribution of alleles among subgroups of a population is recognized.

Carbonic anhydrase heterozygosity and FST distributions in Kenyan baboon troops

(1978)

A study of intragroup biological change induced by social group fission in Macaca mulatta using discrete cranial traits

(1978)

Blood group antigens and the population genetics ofMacaca mulattaon Cayo Santiago I. Genetic differentiation of social groups

(1978)

Genetic studies of free‐ranging macaques of Cayo Santiago II. 6‐Phosphogluconate dehydrogenase and NADH‐methemoglobin reductase (NADH‐diaphorase)

(1977)

Ferramentas

Acessar via DOI Anna's Archive