Do males know? Evidence-driven rainmaking mating strategy by male bonobos to meet the fertile window of females

Author:

Ryu HeungjinORCID,Hashimoto ChieORCID,Hill David A.,Mouri Keiko,Shimizu Keiko,Furuichi Takeshi

Abstract

AbstractFemale bonobos exhibit prolonged receptivity, one suggested function of which is to lower male mating competition. However, it is questionable whether easier access to receptive females can reduce male-male competition, given the exclusive nature of male reproductive success. We tested whether males could determine the fertile phase of females. We found that ovulation probability predicted male mating effort. High-ranking males copulated with females with higher fertility, and male-male agonistic interactions increased when there were fertile females in the party. When there were multiple females with maximal swelling, males concentrated their mating effort on females with an older infant whose maximal swelling started earlier, and they continued mating efforts until detumescence (rainmaking). These findings suggest that male bonobos distinguish between fertile and non-fertile phases of females and that having more receptive females in the party does not reduce male-male competition for fertile females.TeaserMales use the rainmaker’s rule to meet the periovulatory phase of the female bonobo for better reproductive success.

Publisher

Cold Spring Harbor Laboratory

Reference80 articles.

1. Sexual selection and mate choice

2. C. W. Miller , in The Princeton Guide to Evolution, J. B. Losos, Ed. (Princeton University Press, Princeton, 2013), pp. 267–299.

3. F. B. M. de Waal , Peacemaking among primates (Harvard University Press, Cambridge Mass, 1989).

4. Female contributions to the peaceful nature of bonobo society;Evol. Anthropol. Issues News Rev,2011

5. Obstacles and catalysts to peaceful coexistence in chimpanzees and bonobos;Behaviour,2016

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