Different languages contain different numbers of basic colors. One interpretation is that more complex societies will have more basic color terms. Another interpretation is that peoples with less pigmented eyes will have more basic color terms. This paper suggests that both interpretations are necessary in order to predict the number of basic color terms.

Different languages contain different numbers of basic colors. One interpretation is that more complex societies will have more basic color terms. Another interpretation is that peoples with less pigmented eyes will have more basic color terms. This paper suggests that both interpretations are necessary in order to predict the number of basic color terms.

Different languages contain different numbers of basic colors. One interpretation is that more complex societies will have more basic color terms. Another interpretation is that peoples with less pigmented eyes will have more basic color terms. This paper suggests that both interpretations are necessary in order to predict the number of basic color terms.

Different languages contain different numbers of basic colors. One interpretation is that more complex societies will have more basic color terms. Another interpretation is that peoples with less pigmented eyes will have more basic color terms. This paper suggests that both interpretations are necessary in order to predict the number of basic color terms.

This article uses logistic regression analysis to examine pathogen stress and male mortality in warfare as predictors of nonsororal polygyny. Differences between state and non-state societies are observed. The authors also retest variables from White and Burton's 1988 study on causes of polygyny, finding only fraternal interest groups and absence of plow significant.

This article uses logistic regression analysis to examine pathogen stress and male mortality in warfare as predictors of nonsororal polygyny. Differences between state and non-state societies are observed. The authors also retest variables from White and Burton's 1988 study on causes of polygyny, finding only fraternal interest groups and absence of plow significant.

This article uses logistic regression analysis to examine pathogen stress and male mortality in warfare as predictors of nonsororal polygyny. Differences between state and non-state societies are observed. The authors also retest variables from White and Burton's 1988 study on causes of polygyny, finding only fraternal interest groups and absence of plow significant.

This article uses logistic regression analysis to examine pathogen stress and male mortality in warfare as predictors of nonsororal polygyny. Differences between state and non-state societies are observed. The authors also retest variables from White and Burton's 1988 study on causes of polygyny, finding only fraternal interest groups and absence of plow significant.

This study analyzes several variables that influence matrilocal versus patrilocal residence. Results indicate that the traditional assumption that division of labor determines residence was not supported. Rather, results suggest that internal warfare favors partilocal residence and matrilocal residence is favored by purely external warfare if division of labor is matridominant.

This study analyzes several variables that influence matrilocal versus patrilocal residence. Results indicate that the traditional assumption that division of labor determines residence was not supported. Rather, results suggest that internal warfare favors partilocal residence and matrilocal residence is favored by purely external warfare if division of labor is matridominant.