Defining operational taxonomic units using DNA barcode data
Google (United States) · University of Edinburgh · +2 more institutions
Abstract
The scale of diversity of life on this planet is a significant challenge for any scientific programme hoping to produce a complete catalogue, whatever means is used. For DNA barcoding studies, this difficulty is compounded by the realization that any chosen barcode sequence is not the gene 'for' speciation and that taxa have evolutionary histories. How are we to disentangle the confounding effects of reticulate population genetic processes? Using the DNA barcode data from meiofaunal surveys, here we discuss the benefits of treating the taxa defined by barcodes without reference to their correspondence to 'species', and suggest that using this non-idealist approach facilitates access to taxon groups that are…
Citation impact
- FWCI
- 8.22
- Percentile
- 100%
- References
- 33
Authors
7- MBMark BlaxterCorresponding
Google (United States), University of Edinburgh
- JMJ. Mann
Google (United States), University of Edinburgh
- TCTom Chapman
Google (United States), University of Edinburgh
- FTFran Thomas
Google (United States), University of Edinburgh
- CWClaire Whitton
Google (United States), University of Edinburgh
Topics & keywords
- Barcode
- DNA barcoding
- Taxon
- Evolutionary biology
- Biology
- Population
- Genetic algorithm
- Reticulate
- Reduced inequalities