FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2986161911> ?p ?o ?g. }

• W2986161911 endingPage "106672" @default.
• W2986161911 startingPage "106672" @default.
• W2986161911 abstract "Poor morphological and molecular differentiation in recently diversified lineages is a widespread phenomenon in plants. Phylogenetic relationships within such species complexes are often difficult to resolve because of the low variability in traditional molecular loci. Furthermore, biological phenomena responsible for topological incongruence such as Incomplete Lineage Sorting (ILS) and hybridisation complicate the resolution of phylogenetic relationships among closely related taxa. In this study, we employ a Genotyping-by-sequencing (GBS) approach to disentangle evolutionary relationships within a species complex belonging to the Neotropical orchid genus Cycnoches. This complex includes seven taxa distributed through Central America and the Colombian Chocó, and is nested within a clade estimated to have first diversified in the early Quaternary. Previous phylogenies inferred from few loci failed to provide support for internal relationships within the complex. Our Neighbour-net and coalescent-based analyses inferred from ca. 13,000 GBS loci obtained from 31 individuals belonging to six of the seven traditionally accepted Cycnoches taxa provided a robust phylogeny for this group. The genus Cycnoches includes three main clades that are further supported by morphological traits and geographic distributions. Similarly, a topology reconstructed through maximum likelihood (ML) inference of concatenated GBS loci produced results that are comparable with those reconstructed through coalescence and network-based methods. Our comparative phylogenetic informativeness analyses suggest that the low support evident in the ML phylogeny might be attributed to the abundance of uninformative GBS loci, which can account for up to 50% of the total number of loci recovered. The phylogenomic framework provided here, as well as morphological evidence and geographical patterns, suggest that the six entities previously thought to be different species or subspecies might actually represent only three distinct segregates. We further discuss the limited phylogenetic informativeness found in our GBS approach and its utility to disentangle relationships within recent and rapidly evolving species complexes. Our study is the first to demonstrate the utility of GBS data to reconstruct relationships within young (~2 Ma) Neotropical plant clades, opening new avenues for studies of species complexes that populate the species-rich orchid family." @default.
• W2986161911 created "2019-11-22" @default.
• W2986161911 creator A5007077201 @default.
• W2986161911 creator A5007455047 @default.
• W2986161911 creator A5008869814 @default.
• W2986161911 creator A5009438695 @default.
• W2986161911 creator A5025718123 @default.
• W2986161911 creator A5026876401 @default.
• W2986161911 creator A5027183594 @default.
• W2986161911 creator A5027413911 @default.
• W2986161911 creator A5045271365 @default.
• W2986161911 creator A5049322955 @default.
• W2986161911 creator A5067972593 @default.
• W2986161911 creator A5075807599 @default.
• W2986161911 creator A5085137127 @default.
• W2986161911 date "2020-03-01" @default.
• W2986161911 modified "2023-10-18" @default.
• W2986161911 title "Resolving relationships in an exceedingly young Neotropical orchid lineage using Genotyping-by-sequencing data" @default.
• W2986161911 cites W1619833779 @default.
• W2986161911 cites W1686139248 @default.
• W2986161911 cites W2005264024 @default.
• W2986161911 cites W2009667202 @default.
• W2986161911 cites W2018170474 @default.
• W2986161911 cites W2032016329 @default.
• W2986161911 cites W2042035784 @default.
• W2986161911 cites W2045496657 @default.
• W2986161911 cites W2050898551 @default.
• W2986161911 cites W2053657447 @default.
• W2986161911 cites W2055043387 @default.
• W2986161911 cites W2067697780 @default.
• W2986161911 cites W2068225247 @default.
• W2986161911 cites W2075371279 @default.
• W2986161911 cites W2096704460 @default.
• W2986161911 cites W2097879530 @default.
• W2986161911 cites W2098244304 @default.
• W2986161911 cites W2100910142 @default.
• W2986161911 cites W2103308714 @default.
• W2986161911 cites W2104450455 @default.
• W2986161911 cites W2107053485 @default.
• W2986161911 cites W2107903924 @default.
• W2986161911 cites W2108135089 @default.
• W2986161911 cites W2108675949 @default.
• W2986161911 cites W2110826596 @default.
• W2986161911 cites W2112113834 @default.
• W2986161911 cites W2120663060 @default.
• W2986161911 cites W2128880918 @default.
• W2986161911 cites W2138178197 @default.
• W2986161911 cites W2140148710 @default.
• W2986161911 cites W2141052558 @default.
• W2986161911 cites W2144257829 @default.
• W2986161911 cites W2151409320 @default.
• W2986161911 cites W2156059537 @default.
• W2986161911 cites W2158295886 @default.
• W2986161911 cites W2159474015 @default.
• W2986161911 cites W2170676344 @default.
• W2986161911 cites W2177585082 @default.
• W2986161911 cites W2179433510 @default.
• W2986161911 cites W2207328113 @default.
• W2986161911 cites W2211368357 @default.
• W2986161911 cites W2263977295 @default.
• W2986161911 cites W2583033667 @default.
• W2986161911 cites W2584329359 @default.
• W2986161911 cites W2586648135 @default.
• W2986161911 cites W2616459284 @default.
• W2986161911 cites W2708745510 @default.
• W2986161911 cites W2730803213 @default.
• W2986161911 cites W2735480153 @default.
• W2986161911 cites W2783481695 @default.
• W2986161911 cites W2789054087 @default.
• W2986161911 cites W2791477128 @default.
• W2986161911 cites W2794456715 @default.
• W2986161911 cites W2796673426 @default.
• W2986161911 cites W2802731955 @default.
• W2986161911 cites W2883728951 @default.
• W2986161911 cites W2950692017 @default.
• W2986161911 cites W2952422515 @default.
• W2986161911 cites W2954808295 @default.
• W2986161911 cites W2981605728 @default.
• W2986161911 cites W2992457244 @default.
• W2986161911 doi "https://doi.org/10.1016/j.ympev.2019.106672" @default.
• W2986161911 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31734454" @default.
• W2986161911 hasPublicationYear "2020" @default.
• W2986161911 type Work @default.
• W2986161911 sameAs 2986161911 @default.
• W2986161911 citedByCount "21" @default.
• W2986161911 countsByYear W29861619112019 @default.
• W2986161911 countsByYear W29861619112020 @default.
• W2986161911 countsByYear W29861619112021 @default.
• W2986161911 countsByYear W29861619112022 @default.
• W2986161911 countsByYear W29861619112023 @default.
• W2986161911 crossrefType "journal-article" @default.
• W2986161911 hasAuthorship W2986161911A5007077201 @default.
• W2986161911 hasAuthorship W2986161911A5007455047 @default.
• W2986161911 hasAuthorship W2986161911A5008869814 @default.
• W2986161911 hasAuthorship W2986161911A5009438695 @default.
• W2986161911 hasAuthorship W2986161911A5025718123 @default.
• W2986161911 hasAuthorship W2986161911A5026876401 @default.
• W2986161911 hasAuthorship W2986161911A5027183594 @default.

• next