Abstract Background Hybridization and introgression are vital sources of novel genetic variation driving diversification during reticulated evolution. Quercus is an important model clade, having extraordinary diverse and abundant members in the Northern hemisphere, that are used to studying the introgression of species boundaries and adaptive processes. China is the second-largest distribution center of Quercus, but there are limited studies on introgressive hybridization. Results Here, we screened 17 co-dominant nuclear microsatellite markers to investigate the hybridization and introgression of four oaks (Quercus acutissima, Quercus variabilis, Quercus fabri, and Quercus serrata) in 10 populations. We identified 361 alleles in the four-oa...
Oaks provide a model system to study maintenance of species identity by divergent selection since th...
Sympatric hybridizing oak species provide a model system for studying local adaptation. Disjunct pop...
Cork oak and holm oak share a large part of their natural range, and are known to hybridize in mixed...
Background Hybridization and introgression are vital sources of novel genetic varia...
© 2016 The Linnean Society of London. Oaks (Quercus: Fagaceae) commonly interbreed yet retain their ...
Oaks provide a model system to study maintenance of species identity by divergent selection since th...
Hybridisation between species of the genus Quercus is a common phenomenon as a result of weak reprod...
Introgression can be an important source of new alleles for adaption under rapidly changing environm...
In forests worldwide, Quercus is a major genus; however, the boundaries between the constituent spec...
Oaks are important timber trees with wide distributions in China, but few genetic studies have been ...
Studying geographic variation in the rate of hybridization between closely related species could pro...
Background. The species status of two closely related Chinese oaks, Quercus liaotungensis and Q. mon...
International audienceOaks are long-standing models for the study of gene flow and hybridisation. Te...
Hybridization is considered to play an important role in speciation and evolution. Given the predict...
© Copyright 2015 by the American Society of Plant Taxonomists. Taxonomic relationships between North...
Oaks provide a model system to study maintenance of species identity by divergent selection since th...
Sympatric hybridizing oak species provide a model system for studying local adaptation. Disjunct pop...
Cork oak and holm oak share a large part of their natural range, and are known to hybridize in mixed...
Background Hybridization and introgression are vital sources of novel genetic varia...
© 2016 The Linnean Society of London. Oaks (Quercus: Fagaceae) commonly interbreed yet retain their ...
Oaks provide a model system to study maintenance of species identity by divergent selection since th...
Hybridisation between species of the genus Quercus is a common phenomenon as a result of weak reprod...
Introgression can be an important source of new alleles for adaption under rapidly changing environm...
In forests worldwide, Quercus is a major genus; however, the boundaries between the constituent spec...
Oaks are important timber trees with wide distributions in China, but few genetic studies have been ...
Studying geographic variation in the rate of hybridization between closely related species could pro...
Background. The species status of two closely related Chinese oaks, Quercus liaotungensis and Q. mon...
International audienceOaks are long-standing models for the study of gene flow and hybridisation. Te...
Hybridization is considered to play an important role in speciation and evolution. Given the predict...
© Copyright 2015 by the American Society of Plant Taxonomists. Taxonomic relationships between North...
Oaks provide a model system to study maintenance of species identity by divergent selection since th...
Sympatric hybridizing oak species provide a model system for studying local adaptation. Disjunct pop...
Cork oak and holm oak share a large part of their natural range, and are known to hybridize in mixed...