Matches in SemOpenAlex for { <https://semopenalex.org/work/W2108644537> ?p ?o ?g. }
- W2108644537 endingPage "3040" @default.
- W2108644537 startingPage "3027" @default.
- W2108644537 abstract "Few studies have investigated the roles that plant hybridization and individual plant genotype play in promoting population divergence within arthropod species. Using nrDNA sequence information and reciprocal transfer experiments, we examined how tree cross type (i.e., pure Populus angustifolia and P. angustifolia × P. fremontii F1 type hybrids) and individual tree genotype influence host race formation in the bud-galling mite Aceria parapopuli. Three main findings emerged: (1) Strong genetic differentiation of mite populations found on pure P. angustifolia and F1 type hybrids indicates that these mites represent morphologically cryptic species. (2) Within the F1 type hybrids, population genetic analyses indicate migration among individual trees; however, (3) transfer experiments show that the mites found on heavily infested F1 type trees perform best on their natal host genotype, suggesting that genetic interactions between mites and their host trees drive population structure, local adaptation, and host race formation. These findings argue that hybridization and genotypic differences in foundation tree species may drive herbivore population structure, and have evolutionary consequences for dependent arthropod species." @default.
- W2108644537 created "2016-06-24" @default.
- W2108644537 creator A5019652356 @default.
- W2108644537 creator A5030282419 @default.
- W2108644537 creator A5068577239 @default.
- W2108644537 creator A5083763530 @default.
- W2108644537 creator A5091510707 @default.
- W2108644537 date "2008-12-01" @default.
- W2108644537 modified "2023-10-18" @default.
- W2108644537 title "TREE HYBRIDIZATION AND GENOTYPIC VARIATION DRIVE CRYPTIC SPECIATION OF A SPECIALIST MITE HERBIVORE" @default.
- W2108644537 cites W1506694677 @default.
- W2108644537 cites W1587988695 @default.
- W2108644537 cites W1610632482 @default.
- W2108644537 cites W1683696933 @default.
- W2108644537 cites W1815632495 @default.
- W2108644537 cites W1880671068 @default.
- W2108644537 cites W1891857422 @default.
- W2108644537 cites W1965361172 @default.
- W2108644537 cites W1969055273 @default.
- W2108644537 cites W1970044258 @default.
- W2108644537 cites W1970119354 @default.
- W2108644537 cites W1987410209 @default.
- W2108644537 cites W1989126642 @default.
- W2108644537 cites W1992990560 @default.
- W2108644537 cites W2001929431 @default.
- W2108644537 cites W2004444667 @default.
- W2108644537 cites W2006113436 @default.
- W2108644537 cites W2006878993 @default.
- W2108644537 cites W2012008840 @default.
- W2108644537 cites W2013075104 @default.
- W2108644537 cites W2018219148 @default.
- W2108644537 cites W2022296639 @default.
- W2108644537 cites W2024917725 @default.
- W2108644537 cites W2026403695 @default.
- W2108644537 cites W2031358638 @default.
- W2108644537 cites W2035232059 @default.
- W2108644537 cites W2042772664 @default.
- W2108644537 cites W2054503625 @default.
- W2108644537 cites W2058109434 @default.
- W2108644537 cites W2066168974 @default.
- W2108644537 cites W2066362596 @default.
- W2108644537 cites W2067568812 @default.
- W2108644537 cites W2075298138 @default.
- W2108644537 cites W2077184133 @default.
- W2108644537 cites W2082730952 @default.
- W2108644537 cites W2083056077 @default.
- W2108644537 cites W2086993066 @default.
- W2108644537 cites W2090331855 @default.
- W2108644537 cites W2097382368 @default.
- W2108644537 cites W2100291566 @default.
- W2108644537 cites W2101083023 @default.
- W2108644537 cites W2105381419 @default.
- W2108644537 cites W2108013961 @default.
- W2108644537 cites W2110755408 @default.
- W2108644537 cites W2113757041 @default.
- W2108644537 cites W2115973181 @default.
- W2108644537 cites W2116855984 @default.
- W2108644537 cites W2117863544 @default.
- W2108644537 cites W2121024603 @default.
- W2108644537 cites W2133417587 @default.
- W2108644537 cites W2134887609 @default.
- W2108644537 cites W2139732130 @default.
- W2108644537 cites W2140434045 @default.
- W2108644537 cites W2143843153 @default.
- W2108644537 cites W2147007508 @default.
- W2108644537 cites W2147168225 @default.
- W2108644537 cites W2148025915 @default.
- W2108644537 cites W2148026722 @default.
- W2108644537 cites W2152170567 @default.
- W2108644537 cites W2153693172 @default.
- W2108644537 cites W2157449384 @default.
- W2108644537 cites W2159947369 @default.
- W2108644537 cites W2161473313 @default.
- W2108644537 cites W2166348724 @default.
- W2108644537 cites W2182318442 @default.
- W2108644537 cites W2264319635 @default.
- W2108644537 cites W2312436350 @default.
- W2108644537 cites W2324034767 @default.
- W2108644537 cites W2324292687 @default.
- W2108644537 cites W2324849364 @default.
- W2108644537 cites W2331524509 @default.
- W2108644537 cites W2334618493 @default.
- W2108644537 cites W2591408270 @default.
- W2108644537 cites W4234954376 @default.
- W2108644537 cites W4241200014 @default.
- W2108644537 cites W4248306362 @default.
- W2108644537 cites W4254183407 @default.
- W2108644537 cites W4255057798 @default.
- W2108644537 cites W4382520021 @default.
- W2108644537 doi "https://doi.org/10.1111/j.1558-5646.2008.00497.x" @default.
- W2108644537 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/18752612" @default.
- W2108644537 hasPublicationYear "2008" @default.
- W2108644537 type Work @default.
- W2108644537 sameAs 2108644537 @default.
- W2108644537 citedByCount "61" @default.
- W2108644537 countsByYear W21086445372012 @default.
- W2108644537 countsByYear W21086445372013 @default.
- W2108644537 countsByYear W21086445372014 @default.