Matches in SemOpenAlex for { <https://semopenalex.org/work/W2115088301> ?p ?o ?g. }
- W2115088301 endingPage "3312" @default.
- W2115088301 startingPage "3303" @default.
- W2115088301 abstract "Ratios of effective populations size, N(e), to census population size, N, are used as a measure of genetic drift in populations. Several life-history parameters have been shown to affect these ratios, including mating system and age at sexual maturation. Using a stochastic matrix model, we examine how different levels of persistent individual differences in mating success among males may affect N(e)/N, and how this relates to generation time. Individual differences of this type are shown to cause a lower N(e)/N ratio than would be expected when mating is independent among seasons. Examining the way in which age at maturity affects N(e)/N, we find that both the direction and magnitude of the effect depends on the survival rate of juveniles in the population. In particular, when maturation is delayed, lowered juvenile survival causes higher levels of genetic drift. In addition, predicted shifts in N(e)/N with changing age at maturity are shown to be dependent on which of the commonly used definitions of census population size, N, is employed. Our results demonstrate that patterns of mating success, as well as juvenile survival probabilities, have substantial effects on rates of genetic drift." @default.
- W2115088301 created "2016-06-24" @default.
- W2115088301 creator A5042328953 @default.
- W2115088301 creator A5076880968 @default.
- W2115088301 creator A5084436468 @default.
- W2115088301 date "2011-03-24" @default.
- W2115088301 modified "2023-10-06" @default.
- W2115088301 title "The influence of persistent individual differences and age at maturity on effective population size" @default.
- W2115088301 cites W1560234068 @default.
- W2115088301 cites W1963799076 @default.
- W2115088301 cites W1965211658 @default.
- W2115088301 cites W1969242230 @default.
- W2115088301 cites W1974762506 @default.
- W2115088301 cites W1980586322 @default.
- W2115088301 cites W1986824272 @default.
- W2115088301 cites W1988122541 @default.
- W2115088301 cites W1992514946 @default.
- W2115088301 cites W1994866960 @default.
- W2115088301 cites W2002686543 @default.
- W2115088301 cites W2003819372 @default.
- W2115088301 cites W2006340078 @default.
- W2115088301 cites W2014071103 @default.
- W2115088301 cites W2015853502 @default.
- W2115088301 cites W2022654085 @default.
- W2115088301 cites W2022839128 @default.
- W2115088301 cites W2026483259 @default.
- W2115088301 cites W2027835250 @default.
- W2115088301 cites W2030853763 @default.
- W2115088301 cites W2030978505 @default.
- W2115088301 cites W2042135396 @default.
- W2115088301 cites W2045551573 @default.
- W2115088301 cites W2055699479 @default.
- W2115088301 cites W2065400621 @default.
- W2115088301 cites W2071367575 @default.
- W2115088301 cites W2078966326 @default.
- W2115088301 cites W2080425632 @default.
- W2115088301 cites W2082920736 @default.
- W2115088301 cites W2083272021 @default.
- W2115088301 cites W2094070297 @default.
- W2115088301 cites W2095915849 @default.
- W2115088301 cites W2103185200 @default.
- W2115088301 cites W2104406470 @default.
- W2115088301 cites W2106405093 @default.
- W2115088301 cites W2106482811 @default.
- W2115088301 cites W2108320763 @default.
- W2115088301 cites W2110581673 @default.
- W2115088301 cites W2111380735 @default.
- W2115088301 cites W2115412596 @default.
- W2115088301 cites W2117278662 @default.
- W2115088301 cites W2117975362 @default.
- W2115088301 cites W2122346080 @default.
- W2115088301 cites W2124477930 @default.
- W2115088301 cites W2125924924 @default.
- W2115088301 cites W2126456456 @default.
- W2115088301 cites W2129153816 @default.
- W2115088301 cites W2134480560 @default.
- W2115088301 cites W2135123099 @default.
- W2115088301 cites W2137083306 @default.
- W2115088301 cites W2140916880 @default.
- W2115088301 cites W2147351854 @default.
- W2115088301 cites W2154209890 @default.
- W2115088301 cites W2157727029 @default.
- W2115088301 cites W2160452118 @default.
- W2115088301 cites W2171463101 @default.
- W2115088301 cites W2175301299 @default.
- W2115088301 cites W2176111063 @default.
- W2115088301 cites W2271620852 @default.
- W2115088301 cites W2315723265 @default.
- W2115088301 cites W2332551801 @default.
- W2115088301 cites W305696497 @default.
- W2115088301 cites W4231078234 @default.
- W2115088301 cites W4237454490 @default.
- W2115088301 cites W4241659171 @default.
- W2115088301 cites W4250302576 @default.
- W2115088301 cites W4254925966 @default.
- W2115088301 cites W4299787297 @default.
- W2115088301 doi "https://doi.org/10.1098/rspb.2011.0283" @default.
- W2115088301 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3169030" @default.
- W2115088301 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21436183" @default.
- W2115088301 hasPublicationYear "2011" @default.
- W2115088301 type Work @default.
- W2115088301 sameAs 2115088301 @default.
- W2115088301 citedByCount "49" @default.
- W2115088301 countsByYear W21150883012012 @default.
- W2115088301 countsByYear W21150883012013 @default.
- W2115088301 countsByYear W21150883012014 @default.
- W2115088301 countsByYear W21150883012015 @default.
- W2115088301 countsByYear W21150883012016 @default.
- W2115088301 countsByYear W21150883012017 @default.
- W2115088301 countsByYear W21150883012018 @default.
- W2115088301 countsByYear W21150883012019 @default.
- W2115088301 countsByYear W21150883012020 @default.
- W2115088301 countsByYear W21150883012021 @default.
- W2115088301 countsByYear W21150883012022 @default.
- W2115088301 countsByYear W21150883012023 @default.
- W2115088301 crossrefType "journal-article" @default.
- W2115088301 hasAuthorship W2115088301A5042328953 @default.
- W2115088301 hasAuthorship W2115088301A5076880968 @default.