FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2051269476> ?p ?o ?g. }

• W2051269476 abstract "Species in the varied geographic topology of Taiwan underwent obvious demographic changes during glacial periods. Cinnamomum kanehirae has been exploited for timber and to obtain medicinal fungi for the past 100 years. Understanding anthropogenic factors influencing the demography of this species after the last glacial maximum (LGM) is critically important for the conservation of this species.Populations of C. kanehirae were classified into four geographic regions: northwestern (NW), west-central (WC), southwestern (SW), and southeastern (SE). In total, 113 individuals from 19 localities were sampled, and variations in the chalcone synthase gene (Chs) intron and leafy (Lfy) intron-2 sequences of nuclear DNA were examined in order to assess phylogeographic patterns, the timescales of demographic and evolutionary events, and recent anthropogenic effects. In total, 210 Chs and 170 Lfy sequences, which respectively constituted 36 and 35 haplotypes, were used for the analyses. Estimates of the migration rate (M) through time revealed a pattern of frequent gene flow during previous and the present interglacials. The isolation-by-distance test showed that there generally was no significant correlation between genetic and geographic distances. The level of among-region genetic differentiation was significant when comparing eastern to western populations. However, no significant among-region genetic differentiation was found in comparisons among the four geographic regions. Moreover, essentially no genetic structuring was found for the three regions west of the CMR. A fit of spatial range expansion was found for pooled and regional samples according to the non-significant values of the sum of squared deviations. Using the Bayesian skyline plot (BSP) method, a recent bottleneck after the LGM expansion was detected in both regional and pooled samples.Common haplotype distributions among geographic regions and the relatively shallow genetic structuring displayed are the result of historical gene flows. Southward dispersals in an earlier time frame from the NW region and in a later time frame from the SE region were inferred. The BSP analysis suggested a postglacial expansion event. Recent trends, however, refer to a bottleneck due to human interventions observed for both pooled and regional C. kanehirae samples." @default.
• W2051269476 created "2016-06-24" @default.
• W2051269476 creator A5002776426 @default.
• W2051269476 creator A5003103505 @default.
• W2051269476 creator A5016649960 @default.
• W2051269476 creator A5021833603 @default.
• W2051269476 creator A5071225256 @default.
• W2051269476 creator A5086402788 @default.
• W2051269476 date "2010-04-30" @default.
• W2051269476 modified "2023-10-17" @default.
• W2051269476 title "Historical spatial range expansion and a very recent bottleneck of Cinnamomum kanehiraeHay. (Lauraceae) in Taiwan inferred from nuclear genes" @default.
• W2051269476 cites W1528225480 @default.
• W2051269476 cites W1761250483 @default.
• W2051269476 cites W1793793548 @default.
• W2051269476 cites W1820959423 @default.
• W2051269476 cites W1843573189 @default.
• W2051269476 cites W1851255572 @default.
• W2051269476 cites W1876932645 @default.
• W2051269476 cites W1899756983 @default.
• W2051269476 cites W1975249406 @default.
• W2051269476 cites W1979115933 @default.
• W2051269476 cites W1980097271 @default.
• W2051269476 cites W1985250970 @default.
• W2051269476 cites W1988594500 @default.
• W2051269476 cites W1989461718 @default.
• W2051269476 cites W1990224465 @default.
• W2051269476 cites W1991586191 @default.
• W2051269476 cites W1999605867 @default.
• W2051269476 cites W2000972613 @default.
• W2051269476 cites W2008250800 @default.
• W2051269476 cites W2012537486 @default.
• W2051269476 cites W2013873100 @default.
• W2051269476 cites W2015186381 @default.
• W2051269476 cites W2016006406 @default.
• W2051269476 cites W2021763126 @default.
• W2051269476 cites W2032440284 @default.
• W2051269476 cites W2039862276 @default.
• W2051269476 cites W2048457034 @default.
• W2051269476 cites W2059151471 @default.
• W2051269476 cites W2065359778 @default.
• W2051269476 cites W2066390458 @default.
• W2051269476 cites W2066394263 @default.
• W2051269476 cites W2067270663 @default.
• W2051269476 cites W2075923653 @default.
• W2051269476 cites W2083662941 @default.
• W2051269476 cites W2094698822 @default.
• W2051269476 cites W2097382368 @default.
• W2051269476 cites W2098530309 @default.
• W2051269476 cites W2100444509 @default.
• W2051269476 cites W2102336974 @default.
• W2051269476 cites W2105348114 @default.
• W2051269476 cites W2106841180 @default.
• W2051269476 cites W2107936262 @default.
• W2051269476 cites W2109334184 @default.
• W2051269476 cites W2109979059 @default.
• W2051269476 cites W2110835349 @default.
• W2051269476 cites W2111022924 @default.
• W2051269476 cites W2113259349 @default.
• W2051269476 cites W2121878941 @default.
• W2051269476 cites W2122760832 @default.
• W2051269476 cites W2126753786 @default.
• W2051269476 cites W2129597549 @default.
• W2051269476 cites W2131728568 @default.
• W2051269476 cites W2132838928 @default.
• W2051269476 cites W2135979491 @default.
• W2051269476 cites W2136176097 @default.
• W2051269476 cites W2139137734 @default.
• W2051269476 cites W2140784970 @default.
• W2051269476 cites W2141873370 @default.
• W2051269476 cites W2150094490 @default.
• W2051269476 cites W2151730597 @default.
• W2051269476 cites W2153028662 @default.
• W2051269476 cites W2153432740 @default.
• W2051269476 cites W2154845780 @default.
• W2051269476 cites W2160297742 @default.
• W2051269476 cites W2160651452 @default.
• W2051269476 cites W2164418313 @default.
• W2051269476 cites W2164595396 @default.
• W2051269476 cites W2170598161 @default.
• W2051269476 cites W2217780540 @default.
• W2051269476 cites W4233825261 @default.
• W2051269476 cites W4239149238 @default.
• W2051269476 cites W4248231884 @default.
• W2051269476 doi "https://doi.org/10.1186/1471-2148-10-124" @default.
• W2051269476 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/2880300" @default.
• W2051269476 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20433752" @default.
• W2051269476 hasPublicationYear "2010" @default.
• W2051269476 type Work @default.
• W2051269476 sameAs 2051269476 @default.
• W2051269476 citedByCount "58" @default.
• W2051269476 countsByYear W20512694762012 @default.
• W2051269476 countsByYear W20512694762013 @default.
• W2051269476 countsByYear W20512694762014 @default.
• W2051269476 countsByYear W20512694762015 @default.
• W2051269476 countsByYear W20512694762016 @default.
• W2051269476 countsByYear W20512694762017 @default.
• W2051269476 countsByYear W20512694762018 @default.
• W2051269476 countsByYear W20512694762019 @default.
• W2051269476 countsByYear W20512694762020 @default.
• W2051269476 countsByYear W20512694762021 @default.

• next