Matches in SemOpenAlex for { <https://semopenalex.org/work/W2018093908> ?p ?o ?g. }
- W2018093908 endingPage "363" @default.
- W2018093908 startingPage "355" @default.
- W2018093908 abstract "We investigated the social and hormonal mechanisms underlying male reproductive strategies in two multimale–multifemale groups of black howler monkeys (Alouatta pigra) during a 14-month study in Palenque National Park, Mexico. Fecal glucocorticoid (fGC) and androgen (fA) levels were analyzed for 343 fecal samples collected from 14 males during their presence in the study groups. Neither immigrating males nor resident males that remained in the group had elevated fGC and fA levels during 11 observed male migration events, suggesting that competition over group membership was not associated with variation in the fecal hormonal levels of males. Instead, fGC and fA levels were significantly higher in males who maintained a central position in the group and had almost exclusive access to fertile females than in other resident males. These “central” males were responsible for maintaining close spatial associations and cultivating strong affiliative relationships with cycling, sexually active females but not with noncycling, sexually inactive females. “Noncentral” males did not form strong social relationships with either cycling or noncycling females and had no or very few mating opportunities. Our findings suggest that male black howler monkeys compete nonaggressively by fostering relationships with cycling females and that the elevated fGC levels of central males may be indicative of the social challenges involved in their indirect competition." @default.
- W2018093908 created "2016-06-24" @default.
- W2018093908 creator A5004365071 @default.
- W2018093908 creator A5009503700 @default.
- W2018093908 creator A5017037019 @default.
- W2018093908 creator A5053821434 @default.
- W2018093908 date "2009-10-01" @default.
- W2018093908 modified "2023-10-11" @default.
- W2018093908 title "Social and hormonal mechanisms underlying male reproductive strategies in black howler monkeys (Alouatta pigra)" @default.
- W2018093908 cites W1963553348 @default.
- W2018093908 cites W1968143901 @default.
- W2018093908 cites W1968469368 @default.
- W2018093908 cites W1971237637 @default.
- W2018093908 cites W1972346508 @default.
- W2018093908 cites W1974121220 @default.
- W2018093908 cites W1975135831 @default.
- W2018093908 cites W1978450301 @default.
- W2018093908 cites W1979443194 @default.
- W2018093908 cites W1984022788 @default.
- W2018093908 cites W1986692718 @default.
- W2018093908 cites W1988867811 @default.
- W2018093908 cites W1989704104 @default.
- W2018093908 cites W1996421869 @default.
- W2018093908 cites W1997002554 @default.
- W2018093908 cites W1998777480 @default.
- W2018093908 cites W2003691772 @default.
- W2018093908 cites W2005650647 @default.
- W2018093908 cites W2007538289 @default.
- W2018093908 cites W2009403649 @default.
- W2018093908 cites W2012172923 @default.
- W2018093908 cites W2014247660 @default.
- W2018093908 cites W2022535734 @default.
- W2018093908 cites W2022909316 @default.
- W2018093908 cites W2025057043 @default.
- W2018093908 cites W2027823810 @default.
- W2018093908 cites W2030297933 @default.
- W2018093908 cites W2031600123 @default.
- W2018093908 cites W2031755188 @default.
- W2018093908 cites W2038202625 @default.
- W2018093908 cites W2039254273 @default.
- W2018093908 cites W2042564365 @default.
- W2018093908 cites W2043651303 @default.
- W2018093908 cites W2049189868 @default.
- W2018093908 cites W2053489034 @default.
- W2018093908 cites W2053892634 @default.
- W2018093908 cites W2054820883 @default.
- W2018093908 cites W2057557363 @default.
- W2018093908 cites W2058068194 @default.
- W2018093908 cites W2060981000 @default.
- W2018093908 cites W2061676249 @default.
- W2018093908 cites W2063834117 @default.
- W2018093908 cites W2073022174 @default.
- W2018093908 cites W2074561734 @default.
- W2018093908 cites W2077529396 @default.
- W2018093908 cites W2078121933 @default.
- W2018093908 cites W2081103498 @default.
- W2018093908 cites W2089633441 @default.
- W2018093908 cites W2095346495 @default.
- W2018093908 cites W2101740617 @default.
- W2018093908 cites W2105595028 @default.
- W2018093908 cites W2107094751 @default.
- W2018093908 cites W2113252701 @default.
- W2018093908 cites W2113488245 @default.
- W2018093908 cites W2116605415 @default.
- W2018093908 cites W2125085339 @default.
- W2018093908 cites W2130621056 @default.
- W2018093908 cites W2131444269 @default.
- W2018093908 cites W2132259357 @default.
- W2018093908 cites W2134154727 @default.
- W2018093908 cites W2136512802 @default.
- W2018093908 cites W2142020609 @default.
- W2018093908 cites W2144837962 @default.
- W2018093908 cites W2147557472 @default.
- W2018093908 cites W2153439605 @default.
- W2018093908 cites W2156300644 @default.
- W2018093908 cites W2161390440 @default.
- W2018093908 cites W2165558339 @default.
- W2018093908 cites W2168288774 @default.
- W2018093908 cites W2313791053 @default.
- W2018093908 cites W4238589818 @default.
- W2018093908 doi "https://doi.org/10.1016/j.yhbeh.2009.08.006" @default.
- W2018093908 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/19712675" @default.
- W2018093908 hasPublicationYear "2009" @default.
- W2018093908 type Work @default.
- W2018093908 sameAs 2018093908 @default.
- W2018093908 citedByCount "39" @default.
- W2018093908 countsByYear W20180939082012 @default.
- W2018093908 countsByYear W20180939082013 @default.
- W2018093908 countsByYear W20180939082014 @default.
- W2018093908 countsByYear W20180939082016 @default.
- W2018093908 countsByYear W20180939082017 @default.
- W2018093908 countsByYear W20180939082018 @default.
- W2018093908 countsByYear W20180939082021 @default.
- W2018093908 countsByYear W20180939082022 @default.
- W2018093908 countsByYear W20180939082023 @default.
- W2018093908 crossrefType "journal-article" @default.
- W2018093908 hasAuthorship W2018093908A5004365071 @default.
- W2018093908 hasAuthorship W2018093908A5009503700 @default.