FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2890590495> ?p ?o ?g. }

• W2890590495 endingPage "2507" @default.
• W2890590495 startingPage "2495" @default.
• W2890590495 abstract "Abstract Aim Understanding the relative roles of geography and ecology in driving speciation, population divergence and maintenance of species cohesion is of great interest to molecular ecology. Closely related species that are parapatrically distributed in mountainous areas provide an ideal model to evaluate these key issues, especially when genomic data are analyzed within a spatially and ecologically explicit context. Here, we used three closely related species of Primula that occur in the Himalayas, the Hengduan Mountains and north‐east Qinghai–Tibet Plateau ( QTP ) to examine spatial and ecological effects on interspecific divergence and maintenance of species cohesion. Location Himalayas, the Hengduan Mountains and north‐east QTP. Methods We used genomic data for 770 samples of the three species using double‐digest restriction site‐associated DNA (dd RAD ) sequencing and combined approximate Bayesian computation ( ABC ) modeling, generalized linear mixed modeling ( GLMM ) and niche‐based species distribution modeling ( SDM ). Results The three species are clearly delimited by the RAD seq data. Further ABC modeling indicates that Primula tibetica diverged first followed by a later divergence between Primula nutans and Primula fasciculata . The time frames of the divergences among the three species coincide with the uplifts of the Hengduan Mountains and the northern QTP during the late Miocene and Pliocene followed by a long period of founder events. SDM s indicate that the three species might have survived in different refugia during glaciations and came into secondary contact during the postglacial expansions but with no significant introgression. Finally, GLMM suggests that both the geographical and ecological factors play roles in population differentiation in P. fasciculata and P. tibetica , while for P. nutans , geography is the major driver of genomic variation. The different roles played by geographical and ecological factors in the three species may have affected the maintenance of species cohesion. Main conclusion Our results provide insights of unprecedented details into the start and maintenance of interspecific divergence in the context of changing environments in mountains. Our findings highlight the significance of combining population genomics with environmental data when evaluating the effects of geography and ecology on interspecific divergence and maintenance of closely related species." @default.
• W2890590495 created "2018-09-27" @default.
• W2890590495 creator A5012391223 @default.
• W2890590495 creator A5016303304 @default.
• W2890590495 creator A5027765898 @default.
• W2890590495 creator A5041324397 @default.
• W2890590495 creator A5088160305 @default.
• W2890590495 date "2018-09-18" @default.
• W2890590495 modified "2023-10-18" @default.
• W2890590495 title "Species divergence and maintenance of species cohesion of three closely related <i>Primula</i> species in the Qinghai–Tibet Plateau" @default.
• W2890590495 cites W1538931861 @default.
• W2890590495 cites W1541774929 @default.
• W2890590495 cites W1556222699 @default.
• W2890590495 cites W1619623942 @default.
• W2890590495 cites W1756379361 @default.
• W2890590495 cites W1797667500 @default.
• W2890590495 cites W1891857422 @default.
• W2890590495 cites W1972381738 @default.
• W2890590495 cites W1975089532 @default.
• W2890590495 cites W1976657190 @default.
• W2890590495 cites W1976929946 @default.
• W2890590495 cites W1980041208 @default.
• W2890590495 cites W1980122972 @default.
• W2890590495 cites W1980190786 @default.
• W2890590495 cites W1990310594 @default.
• W2890590495 cites W2001676593 @default.
• W2890590495 cites W2002341476 @default.
• W2890590495 cites W2002758482 @default.
• W2890590495 cites W2003876689 @default.
• W2890590495 cites W2008735110 @default.
• W2890590495 cites W2027993166 @default.
• W2890590495 cites W2032658642 @default.
• W2890590495 cites W2034927575 @default.
• W2890590495 cites W2035839217 @default.
• W2890590495 cites W2036507199 @default.
• W2890590495 cites W2037138029 @default.
• W2890590495 cites W2039780696 @default.
• W2890590495 cites W2053984125 @default.
• W2890590495 cites W2057691392 @default.
• W2890590495 cites W2058532318 @default.
• W2890590495 cites W2072898319 @default.
• W2890590495 cites W2080040748 @default.
• W2890590495 cites W2090930898 @default.
• W2890590495 cites W2091450548 @default.
• W2890590495 cites W2097560173 @default.
• W2890590495 cites W2100104057 @default.
• W2890590495 cites W2101278414 @default.
• W2890590495 cites W2104450455 @default.
• W2890590495 cites W2108524369 @default.
• W2890590495 cites W2109030454 @default.
• W2890590495 cites W2111211467 @default.
• W2890590495 cites W2112184907 @default.
• W2890590495 cites W2112476384 @default.
• W2890590495 cites W2112776483 @default.
• W2890590495 cites W2112799266 @default.
• W2890590495 cites W2113068240 @default.
• W2890590495 cites W2115575384 @default.
• W2890590495 cites W2115589286 @default.
• W2890590495 cites W2118016750 @default.
• W2890590495 cites W2118598186 @default.
• W2890590495 cites W2121512231 @default.
• W2890590495 cites W2124014047 @default.
• W2890590495 cites W2124539629 @default.
• W2890590495 cites W2125092464 @default.
• W2890590495 cites W2126294511 @default.
• W2890590495 cites W2132841105 @default.
• W2890590495 cites W2134599124 @default.
• W2890590495 cites W2135565901 @default.
• W2890590495 cites W2139050004 @default.
• W2890590495 cites W2139679457 @default.
• W2890590495 cites W2143237222 @default.
• W2890590495 cites W2144673831 @default.
• W2890590495 cites W2146272590 @default.
• W2890590495 cites W2155216204 @default.
• W2890590495 cites W2156819825 @default.
• W2890590495 cites W2161339576 @default.
• W2890590495 cites W2161901637 @default.
• W2890590495 cites W2162157671 @default.
• W2890590495 cites W2162348455 @default.
• W2890590495 cites W2163065030 @default.
• W2890590495 cites W2169427133 @default.
• W2890590495 cites W2169773990 @default.
• W2890590495 cites W2171217030 @default.
• W2890590495 cites W2175331942 @default.
• W2890590495 cites W2312580148 @default.
• W2890590495 cites W2315157000 @default.
• W2890590495 cites W2315576322 @default.
• W2890590495 cites W2401678747 @default.
• W2890590495 cites W2529460482 @default.
• W2890590495 cites W2563715163 @default.
• W2890590495 cites W2601243057 @default.
• W2890590495 cites W2605074880 @default.
• W2890590495 cites W4229812736 @default.
• W2890590495 cites W4236671098 @default.
• W2890590495 doi "https://doi.org/10.1111/jbi.13415" @default.
• W2890590495 hasPublicationYear "2018" @default.
• W2890590495 type Work @default.
• W2890590495 sameAs 2890590495 @default.

• next