FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2129098306> ?p ?o ?g. }

• W2129098306 endingPage "704" @default.
• W2129098306 startingPage "689" @default.
• W2129098306 abstract "Background: The behaviour of individuals within a species often varies geographically and this can affect reproductive isolation between populations. Published data show that natural selection stemming from both host-plant use and reinforcement affect reproductive isolation in the stick insect Timema cristinae, by generating heritable population differences in feeding and mating preferences (i.e. habitat and sexual reproductive isolation, respectively). Genomic divergence in T. cristinae is correlated to climate, but the effects of climate on feeding and mating preferences have yet to be tested. Questions: How do multiple sources of natural selection combine, interact or counteract one another to affect geographic variation in T. cristinae behaviour? How does this affect reproductive isolation between populations? Organisms: Twelve populations of T. cristinae. Each is found on one of two host plants (Ceanothus or Adenostoma) and populations also differ in local climatic conditions. Eight of these populations undergo maladaptive hybridization with an adjacent population and thus exhibit the potential for reinforcement. But the other four populations are geographically isolated. Methods: We combine the published data with new data and analyses on climatic variability among populations. We employ univariate and multiple regression analyses to examine the relationship between mean population-level host-plant feeding and mating preferences and three factors: host-plant use, reinforcement, and climate. Results and conclusions: Climate was correlated with population-level host preferences: mean preference for the nutritionally superior host (i.e. Ceanothus) increased among populations with increasing temperature and aridity. This pattern occurred for populations on both hosts and thus climate neither increased nor decreased habitat isolation between populations on different hosts. We propose selection to prefer increases in Ceanothus under hotter and drier climatic conditions and does so for populations on both hosts. Climate was not correlated with population-level mating preferences because sexual isolation is largely driven by reinforcement between adjacent populations that are most similar in climate. Thus, host-plant use, reinforcement, and climate, coupled with patterns of gene flow across the landscape, combine to determine geographic variation in the behaviour of T. cristinae." @default.
• W2129098306 created "2016-06-24" @default.
• W2129098306 creator A5030592051 @default.
• W2129098306 creator A5033855359 @default.
• W2129098306 creator A5040305741 @default.
• W2129098306 date "2013-01-01" @default.
• W2129098306 modified "2023-09-24" @default.
• W2129098306 title "Climate affects geographic variation in host-plant but not mating preferences of Timema cristinae stick-insect populations" @default.
• W2129098306 cites W1480546698 @default.
• W2129098306 cites W1490930192 @default.
• W2129098306 cites W1500074315 @default.
• W2129098306 cites W1573761918 @default.
• W2129098306 cites W1964443965 @default.
• W2129098306 cites W1968647692 @default.
• W2129098306 cites W1979427324 @default.
• W2129098306 cites W1980190786 @default.
• W2129098306 cites W1983531729 @default.
• W2129098306 cites W1990235597 @default.
• W2129098306 cites W1996546315 @default.
• W2129098306 cites W1997333644 @default.
• W2129098306 cites W1997389295 @default.
• W2129098306 cites W2005436930 @default.
• W2129098306 cites W2005811719 @default.
• W2129098306 cites W2007585284 @default.
• W2129098306 cites W2013651655 @default.
• W2129098306 cites W2018294375 @default.
• W2129098306 cites W2034778702 @default.
• W2129098306 cites W2040085089 @default.
• W2129098306 cites W2054123928 @default.
• W2129098306 cites W2054837602 @default.
• W2129098306 cites W2055401981 @default.
• W2129098306 cites W2056697366 @default.
• W2129098306 cites W2058724679 @default.
• W2129098306 cites W2060174057 @default.
• W2129098306 cites W2065104225 @default.
• W2129098306 cites W2078440622 @default.
• W2129098306 cites W2083011053 @default.
• W2129098306 cites W2086256956 @default.
• W2129098306 cites W2087060778 @default.
• W2129098306 cites W2096101534 @default.
• W2129098306 cites W2098146176 @default.
• W2129098306 cites W2102510918 @default.
• W2129098306 cites W2105377007 @default.
• W2129098306 cites W2106754079 @default.
• W2129098306 cites W2107190289 @default.
• W2129098306 cites W2108639548 @default.
• W2129098306 cites W2111153778 @default.
• W2129098306 cites W2112776483 @default.
• W2129098306 cites W2114602334 @default.
• W2129098306 cites W2115050723 @default.
• W2129098306 cites W2116063365 @default.
• W2129098306 cites W2131119446 @default.
• W2129098306 cites W2134512196 @default.
• W2129098306 cites W2134921274 @default.
• W2129098306 cites W2142515338 @default.
• W2129098306 cites W2143843153 @default.
• W2129098306 cites W2144652269 @default.
• W2129098306 cites W2145466070 @default.
• W2129098306 cites W2145678274 @default.
• W2129098306 cites W2148830148 @default.
• W2129098306 cites W2149114642 @default.
• W2129098306 cites W2149928193 @default.
• W2129098306 cites W2150368341 @default.
• W2129098306 cites W2151414636 @default.
• W2129098306 cites W2152104482 @default.
• W2129098306 cites W2153863517 @default.
• W2129098306 cites W2160203464 @default.
• W2129098306 cites W2160602082 @default.
• W2129098306 cites W2166553313 @default.
• W2129098306 cites W2167767101 @default.
• W2129098306 cites W2167881027 @default.
• W2129098306 cites W2171932653 @default.
• W2129098306 cites W2174592132 @default.
• W2129098306 cites W2176235393 @default.
• W2129098306 cites W2176301239 @default.
• W2129098306 cites W2186647120 @default.
• W2129098306 cites W2319047410 @default.
• W2129098306 cites W2321752117 @default.
• W2129098306 cites W2325662401 @default.
• W2129098306 cites W2326119868 @default.
• W2129098306 cites W2326499566 @default.
• W2129098306 cites W2327528631 @default.
• W2129098306 cites W2328180141 @default.
• W2129098306 cites W2582743722 @default.
• W2129098306 cites W26671521 @default.
• W2129098306 cites W3163617311 @default.
• W2129098306 cites W327683517 @default.
• W2129098306 cites W572179489 @default.
• W2129098306 cites W5927373 @default.
• W2129098306 cites W607296972 @default.
• W2129098306 hasPublicationYear "2013" @default.
• W2129098306 type Work @default.
• W2129098306 sameAs 2129098306 @default.
• W2129098306 citedByCount "1" @default.
• W2129098306 countsByYear W21290983062013 @default.
• W2129098306 crossrefType "journal-article" @default.
• W2129098306 hasAuthorship W2129098306A5030592051 @default.
• W2129098306 hasAuthorship W2129098306A5033855359 @default.

• next