FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2135265425> ?p ?o ?g. }

• W2135265425 endingPage "617" @default.
• W2135265425 startingPage "600" @default.
• W2135265425 abstract "• We hypothesize that pollination efficiency selects for equal distances between the pollinator reward and the anthers, and the stigmas, creating an adaptive ridge. We predict that this fitness surface governs the divergence of many plant species. We use the theory of adaptive accuracy, precision and mean optimality to assess how close populations lie to the hypothesized adaptive ridge and which factors contribute to departure from the optimum. • Patterns of accuracy of pollen placement and receipt were compared across species in three study systems, Dalechampia (Euphorbiaceae), Collinsieae (Plantaginaceae) and Stylidium (Stylidiaceae), in order to assess the roles of stamen/stigma imprecision and population mean departure from the optimum in the generation of floral inaccuracy. • We found that population mean departure from the optimum was the most important factor in Dalechampia, female imprecision and departure from the optimum were about equally important factors in Collinsieae, and stamen and stigma imprecision were equally important in Stylidium, with virtually no departure from the optimum. • Possible reasons for imprecision and departure from the optimum were assessed using phylogenetically informed methods, indicating important roles of limited floral integration in the generation of imprecision, and conflicting selective pressures, associated with outcrossing, in the generation of departure from the optimum." @default.
• W2135265425 created "2016-06-24" @default.
• W2135265425 creator A5015816282 @default.
• W2135265425 creator A5041677836 @default.
• W2135265425 creator A5072206343 @default.
• W2135265425 creator A5075913224 @default.
• W2135265425 date "2009-07-17" @default.
• W2135265425 modified "2023-10-09" @default.
• W2135265425 title "Macroevolutionary patterns of pollination accuracy: a comparison of three genera" @default.
• W2135265425 cites W1538792737 @default.
• W2135265425 cites W1620367926 @default.
• W2135265425 cites W1931969146 @default.
• W2135265425 cites W1963703713 @default.
• W2135265425 cites W1965165036 @default.
• W2135265425 cites W1965919855 @default.
• W2135265425 cites W1970755045 @default.
• W2135265425 cites W1977601379 @default.
• W2135265425 cites W1982033271 @default.
• W2135265425 cites W1984761635 @default.
• W2135265425 cites W1985938067 @default.
• W2135265425 cites W1987123121 @default.
• W2135265425 cites W1990080574 @default.
• W2135265425 cites W1994849520 @default.
• W2135265425 cites W2003642668 @default.
• W2135265425 cites W2009797176 @default.
• W2135265425 cites W2013410948 @default.
• W2135265425 cites W2013851062 @default.
• W2135265425 cites W2017445186 @default.
• W2135265425 cites W2018170474 @default.
• W2135265425 cites W2022720305 @default.
• W2135265425 cites W2022995805 @default.
• W2135265425 cites W2024522870 @default.
• W2135265425 cites W2026214848 @default.
• W2135265425 cites W2031544165 @default.
• W2135265425 cites W2034998948 @default.
• W2135265425 cites W2037233777 @default.
• W2135265425 cites W2038200576 @default.
• W2135265425 cites W2040772574 @default.
• W2135265425 cites W2054566541 @default.
• W2135265425 cites W2064098153 @default.
• W2135265425 cites W2069072472 @default.
• W2135265425 cites W2070073898 @default.
• W2135265425 cites W2070204314 @default.
• W2135265425 cites W2071582851 @default.
• W2135265425 cites W2072132188 @default.
• W2135265425 cites W2078623608 @default.
• W2135265425 cites W2089670742 @default.
• W2135265425 cites W2095426736 @default.
• W2135265425 cites W2101132657 @default.
• W2135265425 cites W2111380417 @default.
• W2135265425 cites W2116522681 @default.
• W2135265425 cites W2118630598 @default.
• W2135265425 cites W2124541375 @default.
• W2135265425 cites W2130381871 @default.
• W2135265425 cites W2133999074 @default.
• W2135265425 cites W2143691955 @default.
• W2135265425 cites W2144422987 @default.
• W2135265425 cites W2149054550 @default.
• W2135265425 cites W2160477843 @default.
• W2135265425 cites W2162649638 @default.
• W2135265425 cites W2168336492 @default.
• W2135265425 cites W2173880924 @default.
• W2135265425 cites W2224154267 @default.
• W2135265425 cites W2315777307 @default.
• W2135265425 cites W2317772850 @default.
• W2135265425 cites W2320928693 @default.
• W2135265425 cites W2322671961 @default.
• W2135265425 cites W2322715144 @default.
• W2135265425 cites W2323266159 @default.
• W2135265425 cites W2326499566 @default.
• W2135265425 cites W2332686020 @default.
• W2135265425 cites W2335219852 @default.
• W2135265425 cites W2570633564 @default.
• W2135265425 cites W2894163266 @default.
• W2135265425 cites W4251042002 @default.
• W2135265425 cites W4255421398 @default.
• W2135265425 cites W4297124397 @default.
• W2135265425 cites W4300925890 @default.
• W2135265425 cites W52483948 @default.
• W2135265425 doi "https://doi.org/10.1111/j.1469-8137.2009.02930.x" @default.
• W2135265425 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/19594697" @default.
• W2135265425 hasPublicationYear "2009" @default.
• W2135265425 type Work @default.
• W2135265425 sameAs 2135265425 @default.
• W2135265425 citedByCount "54" @default.
• W2135265425 countsByYear W21352654252012 @default.
• W2135265425 countsByYear W21352654252013 @default.
• W2135265425 countsByYear W21352654252014 @default.
• W2135265425 countsByYear W21352654252015 @default.
• W2135265425 countsByYear W21352654252016 @default.
• W2135265425 countsByYear W21352654252017 @default.
• W2135265425 countsByYear W21352654252018 @default.
• W2135265425 countsByYear W21352654252019 @default.
• W2135265425 countsByYear W21352654252020 @default.
• W2135265425 countsByYear W21352654252021 @default.
• W2135265425 countsByYear W21352654252022 @default.
• W2135265425 countsByYear W21352654252023 @default.
• W2135265425 crossrefType "journal-article" @default.

• next