FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2145416306> ?p ?o ?g. }

• W2145416306 endingPage "1908" @default.
• W2145416306 startingPage "1895" @default.
• W2145416306 abstract "Abstract Aim Information on the association between geographical patterns of hybridization and the climatic niche requirements and co‐occurrence of the species involved can provide important insights that further our understanding of the factors promoting the formation of hybrid zones. Here, we test whether climatic niche suitability explains patterns of hybridization beyond spatial overlap in distributions of the geographically restricted Engelmann oak ( Quercus engelmannii ) and the widespread scrub oak species complex ( Quercus spp.). Location Southern California, USA . Methods We sampled Engelmann and scrub oaks across 31 localities and genotyped 343 individuals at nine microsatellite loci. We used climatic niche modelling to assess the suitability of habitats for each parental species and hybrids and to analyse whether climatic niche suitability in addition to co‐occurrence are associated with observed spatial patterns of hybridization. Results Our data indicated that hybrid zones are located in areas that are geographically constrained by the presence of scattered patches of Engelmann oak within a matrix broadly occupied by scrub oaks. However, the climatic niche of hybrids differed from that occupied by both Engelmann and scrub oaks, suggesting the importance of climate on their establishment and persistence beyond the simple role of geographical overlap of parental species distributions. We also found that even moderate levels of introgression contributed to increased genetic diversity in Engelmann oak but not in scrub oaks. Main conclusions These results show that hybrid zones follow a mosaic pattern constrained by the presence of scattered patches occupied by Engelmann oak and climatically suitable areas that favour the establishment of hybrids. The low rates of ongoing hybridization and the bimodal distribution of parental genotypes found here suggest that hybridization is not threatening Engelmann oak and this phenomenon could instead be promoting the acquisition of favourable alleles that may increase the adaptive potential of this vulnerable species." @default.
• W2145416306 created "2016-06-24" @default.
• W2145416306 creator A5040254290 @default.
• W2145416306 creator A5051102328 @default.
• W2145416306 creator A5079558491 @default.
• W2145416306 creator A5079585848 @default.
• W2145416306 date "2014-05-13" @default.
• W2145416306 modified "2023-10-18" @default.
• W2145416306 title "Influence of climatic niche suitability and geographical overlap on hybridization patterns among southern Californian oaks" @default.
• W2145416306 cites W1581001921 @default.
• W2145416306 cites W1619623942 @default.
• W2145416306 cites W1761676185 @default.
• W2145416306 cites W1912203980 @default.
• W2145416306 cites W1965037383 @default.
• W2145416306 cites W1986538407 @default.
• W2145416306 cites W1991836123 @default.
• W2145416306 cites W1995578040 @default.
• W2145416306 cites W2000310986 @default.
• W2145416306 cites W2015658454 @default.
• W2145416306 cites W2015786379 @default.
• W2145416306 cites W2017807160 @default.
• W2145416306 cites W2028445701 @default.
• W2145416306 cites W2033686454 @default.
• W2145416306 cites W2035839217 @default.
• W2145416306 cites W2046413498 @default.
• W2145416306 cites W2063561659 @default.
• W2145416306 cites W2070082150 @default.
• W2145416306 cites W2070750558 @default.
• W2145416306 cites W2086492866 @default.
• W2145416306 cites W2092613863 @default.
• W2145416306 cites W2096800004 @default.
• W2145416306 cites W2098595817 @default.
• W2145416306 cites W2100481775 @default.
• W2145416306 cites W2102596322 @default.
• W2145416306 cites W2103206528 @default.
• W2145416306 cites W2104329560 @default.
• W2145416306 cites W2104940117 @default.
• W2145416306 cites W2107518619 @default.
• W2145416306 cites W2107864104 @default.
• W2145416306 cites W2110888553 @default.
• W2145416306 cites W2112315008 @default.
• W2145416306 cites W2112776483 @default.
• W2145416306 cites W2113531965 @default.
• W2145416306 cites W2115268776 @default.
• W2145416306 cites W2116981649 @default.
• W2145416306 cites W2118217098 @default.
• W2145416306 cites W2121625104 @default.
• W2145416306 cites W2124372952 @default.
• W2145416306 cites W2125367490 @default.
• W2145416306 cites W2125948932 @default.
• W2145416306 cites W2127519956 @default.
• W2145416306 cites W2129146162 @default.
• W2145416306 cites W2130064913 @default.
• W2145416306 cites W2132192579 @default.
• W2145416306 cites W2139416101 @default.
• W2145416306 cites W2147030766 @default.
• W2145416306 cites W2150884512 @default.
• W2145416306 cites W2155645861 @default.
• W2145416306 cites W2157075673 @default.
• W2145416306 cites W2158084192 @default.
• W2145416306 cites W2159400585 @default.
• W2145416306 cites W2160125376 @default.
• W2145416306 cites W2161339576 @default.
• W2145416306 cites W2163816695 @default.
• W2145416306 cites W2164718588 @default.
• W2145416306 cites W2165078101 @default.
• W2145416306 cites W2167205039 @default.
• W2145416306 cites W2170777932 @default.
• W2145416306 cites W2172094199 @default.
• W2145416306 cites W2173564065 @default.
• W2145416306 cites W2175235424 @default.
• W2145416306 cites W2318683358 @default.
• W2145416306 cites W2326530908 @default.
• W2145416306 cites W2329434787 @default.
• W2145416306 cites W2333016177 @default.
• W2145416306 cites W4233396317 @default.
• W2145416306 cites W4253820701 @default.
• W2145416306 cites W2020124011 @default.
• W2145416306 doi "https://doi.org/10.1111/jbi.12334" @default.
• W2145416306 hasPublicationYear "2014" @default.
• W2145416306 type Work @default.
• W2145416306 sameAs 2145416306 @default.
• W2145416306 citedByCount "48" @default.
• W2145416306 countsByYear W21454163062015 @default.
• W2145416306 countsByYear W21454163062016 @default.
• W2145416306 countsByYear W21454163062017 @default.
• W2145416306 countsByYear W21454163062018 @default.
• W2145416306 countsByYear W21454163062019 @default.
• W2145416306 countsByYear W21454163062020 @default.
• W2145416306 countsByYear W21454163062021 @default.
• W2145416306 countsByYear W21454163062022 @default.
• W2145416306 countsByYear W21454163062023 @default.
• W2145416306 crossrefType "journal-article" @default.
• W2145416306 hasAuthorship W2145416306A5040254290 @default.
• W2145416306 hasAuthorship W2145416306A5051102328 @default.
• W2145416306 hasAuthorship W2145416306A5079558491 @default.
• W2145416306 hasAuthorship W2145416306A5079585848 @default.
• W2145416306 hasConcept C102715595 @default.

• next