Genomic Approaches Are Improving Taxonomic Representation in Genetic Studies of Speciation

Until recently, our understanding of the genetics of speciation was limited to a narrow group of model species with a specific set of characteristics that made genetic analysis feasible. Rapidly advancing genomic technologies are eliminating many of the distinctions between laboratory and natural systems. In light of these genomic developments, we review the history of speciation genetics, advances that have been gleaned from model and non-model organisms, the current state of the field, and prospects for broadening the diversity of taxa included in future studies. Responses to a survey of speciation scientists across the world reveal the ongoing division between the types of questions that are addressed in model and non-model organisms. To bridge this gap, we suggest integrating genetic studies from model systems that can be reared in the laboratory or greenhouse with genomic studies in related non-models where extensive ecological knowledge exists.

Justen, Hannah (författare)
Kay, Kathleen M. (författare)
Kitano, Jun (författare)
Moyle, Leonie C. (författare)
Stelkens, Rike,1978-Stockholms universitet,Avdelningen för populationsgenetik(Swepub:su)rstel (författare)
Streisfeld, Matthew A. (författare)
Yamasaki, Yo Y. (författare)
Ross, Joseph (författare)
Stockholms universitetAvdelningen för populationsgenetik (creator_code:org_t)

Av författaren/redakt...: Delmore, Kira; Justen, Hannah; Kay, Kathleen M.; Kitano, Jun; Moyle, Leonie C.; Stelkens, Rike, ...; visa fler...; Streisfeld, Matt ...; Yamasaki, Yo Y.; Ross, Joseph; visa färre...

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