Matches in SemOpenAlex for { <https://semopenalex.org/work/W2005743335> ?p ?o ?g. }
- W2005743335 endingPage "468" @default.
- W2005743335 startingPage "452" @default.
- W2005743335 abstract "Multicomponent signals are made up of interacting elements that generate a functional signaling unit. The interactions between signal components and their effects on individual fitness are not well understood, and the effect of environment is even less so. It is usually assumed that color patterns appear the same in all light environments and that the effects of each color are additive. Using guppies, Poecilia reticulata, we investigated the effect of water color on the interactions between components of sexually selected male coloration. Through behavioral mate choice trials in four different water colors, we estimated the attractiveness of male color patterns, using multivariate fitness estimates and overall signal contrast. Our results show that females exhibit preferences that favor groups of colors rather than individual colors independently and that each environment favors different color combinations. We found that these effects are consistent with female guppies selecting entire color patterns on the basis of overall visual contrast. This suggests that both individuals and populations inhabiting different light environments will be subject to divergent, multivariate selection. Although the appearance of color patterns changes with light environment, achromatic components change little, suggesting that these could function in species recognition or other aspects of communication that must work across environments. Consequently, we predict different phylogenetic patterns between chromatic and achromatic signals within the same clades." @default.
- W2005743335 created "2016-06-24" @default.
- W2005743335 creator A5053271674 @default.
- W2005743335 creator A5087880464 @default.
- W2005743335 date "2015-04-01" @default.
- W2005743335 modified "2023-09-27" @default.
- W2005743335 title "Variable Environmental Effects on a Multicomponent Sexually Selected Trait" @default.
- W2005743335 cites W1545751933 @default.
- W2005743335 cites W1641911848 @default.
- W2005743335 cites W1864985317 @default.
- W2005743335 cites W1882423120 @default.
- W2005743335 cites W1941052021 @default.
- W2005743335 cites W1978658880 @default.
- W2005743335 cites W1979007621 @default.
- W2005743335 cites W1983711584 @default.
- W2005743335 cites W1986361512 @default.
- W2005743335 cites W1989928902 @default.
- W2005743335 cites W1994413672 @default.
- W2005743335 cites W1998793352 @default.
- W2005743335 cites W1999419777 @default.
- W2005743335 cites W2002954744 @default.
- W2005743335 cites W2006099940 @default.
- W2005743335 cites W2009603267 @default.
- W2005743335 cites W2011528941 @default.
- W2005743335 cites W2012203174 @default.
- W2005743335 cites W2013970700 @default.
- W2005743335 cites W2014518833 @default.
- W2005743335 cites W2018517137 @default.
- W2005743335 cites W2021865895 @default.
- W2005743335 cites W2024222212 @default.
- W2005743335 cites W2026395382 @default.
- W2005743335 cites W2027316951 @default.
- W2005743335 cites W2028929443 @default.
- W2005743335 cites W2038883614 @default.
- W2005743335 cites W2044206835 @default.
- W2005743335 cites W2049567935 @default.
- W2005743335 cites W2053304597 @default.
- W2005743335 cites W2058815816 @default.
- W2005743335 cites W2058971217 @default.
- W2005743335 cites W2061388279 @default.
- W2005743335 cites W2062439393 @default.
- W2005743335 cites W2064632224 @default.
- W2005743335 cites W2073324709 @default.
- W2005743335 cites W2076515104 @default.
- W2005743335 cites W2088021044 @default.
- W2005743335 cites W2091886411 @default.
- W2005743335 cites W2095451583 @default.
- W2005743335 cites W2099962056 @default.
- W2005743335 cites W2112156007 @default.
- W2005743335 cites W2119378362 @default.
- W2005743335 cites W2119665569 @default.
- W2005743335 cites W2121042931 @default.
- W2005743335 cites W2126991901 @default.
- W2005743335 cites W2132609860 @default.
- W2005743335 cites W2133018830 @default.
- W2005743335 cites W2134181484 @default.
- W2005743335 cites W2137076382 @default.
- W2005743335 cites W2140281576 @default.
- W2005743335 cites W2142520856 @default.
- W2005743335 cites W2146217615 @default.
- W2005743335 cites W2146693782 @default.
- W2005743335 cites W2148442536 @default.
- W2005743335 cites W2153396686 @default.
- W2005743335 cites W2153662048 @default.
- W2005743335 cites W2155528423 @default.
- W2005743335 cites W2159827066 @default.
- W2005743335 cites W2160697928 @default.
- W2005743335 cites W2172451984 @default.
- W2005743335 cites W2176765417 @default.
- W2005743335 cites W2185922657 @default.
- W2005743335 cites W2315107494 @default.
- W2005743335 cites W2321247227 @default.
- W2005743335 cites W2322715144 @default.
- W2005743335 cites W2331569578 @default.
- W2005743335 cites W2333425174 @default.
- W2005743335 cites W2334473564 @default.
- W2005743335 cites W4246760889 @default.
- W2005743335 cites W4249150278 @default.
- W2005743335 cites W4255673801 @default.
- W2005743335 cites W4302599714 @default.
- W2005743335 doi "https://doi.org/10.1086/680022" @default.
- W2005743335 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25811082" @default.
- W2005743335 hasPublicationYear "2015" @default.
- W2005743335 type Work @default.
- W2005743335 sameAs 2005743335 @default.
- W2005743335 citedByCount "57" @default.
- W2005743335 countsByYear W20057433352015 @default.
- W2005743335 countsByYear W20057433352016 @default.
- W2005743335 countsByYear W20057433352017 @default.
- W2005743335 countsByYear W20057433352018 @default.
- W2005743335 countsByYear W20057433352019 @default.
- W2005743335 countsByYear W20057433352020 @default.
- W2005743335 countsByYear W20057433352021 @default.
- W2005743335 countsByYear W20057433352022 @default.
- W2005743335 countsByYear W20057433352023 @default.
- W2005743335 crossrefType "journal-article" @default.
- W2005743335 hasAuthorship W2005743335A5053271674 @default.
- W2005743335 hasAuthorship W2005743335A5087880464 @default.