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- W4283646710 abstract "Floral scent is a complex trait that mediates many plant-insect interactions, but our understanding of how floral scent variation evolves, either independently or in concert with other traits, remains limited. Assessing variation in floral scent at multiple levels of biological organization and comparing patterns of variation in scent to variation in other floral traits can contribute to our understanding of how scent variation evolves in nature.We used a greenhouse common garden experiment to investigate variation in floral scent at three scales-within plants, among plants, and among populations-and to determine whether scent, alone or in combination with morphology and rewards, contributes to population differentiation in Oenothera cespitosa subsp. marginata. Its range spans most of the biomes in the western United States, such that variation in both the abiotic and biotic environment could contribute to trait variation.Multiple analytical approaches demonstrated substantial variation among and within populations in compound-specific and total floral scent measures. Overall, populations were differentiated in morphology and reward traits and in scent. Across populations, coupled patterns of variation in linalool, leucine-derived compounds, and hypanthium length are consistent with a long-tongued moth pollination syndrome.The considerable variation in floral scent detected within populations suggests that, similar to other floral traits, variation in floral scent may have a heritable genetic component. Differences in patterns of population differentiation in floral scent and in morphology and rewards indicate that these traits may be shaped by different selective pressures." @default.
- W4283646710 created "2022-06-29" @default.
- W4283646710 creator A5010055744 @default.
- W4283646710 creator A5031418248 @default.
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- W4283646710 date "2022-08-18" @default.
- W4283646710 modified "2023-09-25" @default.
- W4283646710 title "Among‐ and within‐population variation in morphology, rewards, and scent in a hawkmoth‐pollinated plant" @default.
- W4283646710 cites W1493031796 @default.
- W4283646710 cites W1767032929 @default.
- W4283646710 cites W1940996825 @default.
- W4283646710 cites W1951724000 @default.
- W4283646710 cites W1964510383 @default.
- W4283646710 cites W1965706681 @default.
- W4283646710 cites W1966848711 @default.
- W4283646710 cites W1974677017 @default.
- W4283646710 cites W1985832784 @default.
- W4283646710 cites W2002803958 @default.
- W4283646710 cites W2006864838 @default.
- W4283646710 cites W2008872753 @default.
- W4283646710 cites W2009770848 @default.
- W4283646710 cites W2013001196 @default.
- W4283646710 cites W2017982715 @default.
- W4283646710 cites W2026727900 @default.
- W4283646710 cites W2034951881 @default.
- W4283646710 cites W2040833283 @default.
- W4283646710 cites W2057687541 @default.
- W4283646710 cites W2062138213 @default.
- W4283646710 cites W2066296804 @default.
- W4283646710 cites W2074727639 @default.
- W4283646710 cites W2097536620 @default.
- W4283646710 cites W2098404225 @default.
- W4283646710 cites W2100058489 @default.
- W4283646710 cites W2100481775 @default.
- W4283646710 cites W2108654968 @default.
- W4283646710 cites W2108660756 @default.
- W4283646710 cites W2116633839 @default.
- W4283646710 cites W2119135507 @default.
- W4283646710 cites W2125360702 @default.
- W4283646710 cites W2126087708 @default.
- W4283646710 cites W2129061917 @default.
- W4283646710 cites W2129471219 @default.
- W4283646710 cites W2130382704 @default.
- W4283646710 cites W2133373628 @default.
- W4283646710 cites W2135576491 @default.
- W4283646710 cites W2137788788 @default.
- W4283646710 cites W2137848528 @default.
- W4283646710 cites W2146351729 @default.
- W4283646710 cites W2148556623 @default.
- W4283646710 cites W2150590405 @default.
- W4283646710 cites W2151088951 @default.
- W4283646710 cites W2152389152 @default.
- W4283646710 cites W2169382199 @default.
- W4283646710 cites W2170224934 @default.
- W4283646710 cites W2172251342 @default.
- W4283646710 cites W2179817406 @default.
- W4283646710 cites W2185757188 @default.
- W4283646710 cites W2219242284 @default.
- W4283646710 cites W2279048271 @default.
- W4283646710 cites W2333980045 @default.
- W4283646710 cites W2335591501 @default.
- W4283646710 cites W2477208320 @default.
- W4283646710 cites W2509940547 @default.
- W4283646710 cites W2549647941 @default.
- W4283646710 cites W2557250977 @default.
- W4283646710 cites W2558372119 @default.
- W4283646710 cites W2567715265 @default.
- W4283646710 cites W2605868587 @default.
- W4283646710 cites W2662553786 @default.
- W4283646710 cites W2666685583 @default.
- W4283646710 cites W2727082260 @default.
- W4283646710 cites W2769809646 @default.
- W4283646710 cites W2774486220 @default.
- W4283646710 cites W2794563012 @default.
- W4283646710 cites W2802430842 @default.
- W4283646710 cites W2894019274 @default.
- W4283646710 cites W2898255048 @default.
- W4283646710 cites W2911877627 @default.
- W4283646710 cites W2912653438 @default.
- W4283646710 cites W2941546749 @default.
- W4283646710 cites W2966489849 @default.
- W4283646710 cites W2968697521 @default.
- W4283646710 cites W2973501794 @default.
- W4283646710 cites W2998499873 @default.
- W4283646710 cites W3021952730 @default.
- W4283646710 cites W3127768010 @default.
- W4283646710 cites W3133148955 @default.
- W4283646710 cites W3163904205 @default.
- W4283646710 cites W3164595930 @default.
- W4283646710 cites W3174819755 @default.
- W4283646710 cites W3202562655 @default.
- W4283646710 cites W3209876585 @default.
- W4283646710 cites W4229791277 @default.
- W4283646710 cites W4251968850 @default.
- W4283646710 cites W4254923713 @default.
- W4283646710 cites W611936191 @default.
- W4283646710 doi "https://doi.org/10.1002/ajb2.16030" @default.
- W4283646710 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35762273" @default.