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A revision of Malagasy species of Anochetus mayr and Odontomachus latreille (Hymenoptera: Formicidae).

Fisher BL, Smith MA - PLoS ONE (2008)

Bottom Line: However, for inventories to be immediately relevant, the taxonomic process must reduce the time to describe and identify specimens.DNA barcoding (using cytochrome c oxidase 1 (CO1)) facilitated caste association and type designation, and highlighted population structure associated with reproductive strategy, biogeographic and evolutionary patterns for future exploration.We demonstrate that CO1 DNA barcoding is a practical tool that allows formalized alpha-taxonomy at a speed, detail, precision, and scale unattainable by employing morphology alone.

View Article: PubMed Central - PubMed

Affiliation: Department of Entomology, California Academy of Sciences, San Francisco, California, United States of America. bfisher@calacademy.org

ABSTRACT
Species inventories are essential for documenting global diversity and generating necessary material for taxonomic study and conservation planning. However, for inventories to be immediately relevant, the taxonomic process must reduce the time to describe and identify specimens. To address these concerns for the inventory of arthropods across the Malagasy region, we present here a collaborative approach to taxonomy where collectors, morphologists and DNA barcoders using cytochrome c oxidase 1 (CO1) participate collectively in a team-driven taxonomic process. We evaluate the role of DNA barcoding as a tool to accelerate species identification and description. This revision is primarily based on arthropod surveys throughout the Malagasy region from 1992 to 2006. The revision is based on morphological and CO1 DNA barcode analysis of 500 individuals. In the region, five species of Anochetus (A. boltonisp. nov., A. goodmanisp. nov., A. grandidieri, and A. madagascarensis from Madagascar, and A. pattersonisp. nov. from Seychelles) and three species of Odontomachus (O. coquereli, O. troglodytes and O. simillimus) are recognized. DNA barcoding (using cytochrome c oxidase 1 (CO1)) facilitated caste association and type designation, and highlighted population structure associated with reproductive strategy, biogeographic and evolutionary patterns for future exploration. This study provides an example of collaborative taxonomy, where morphology is combined with DNA barcoding. We demonstrate that CO1 DNA barcoding is a practical tool that allows formalized alpha-taxonomy at a speed, detail, precision, and scale unattainable by employing morphology alone.

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Anochetus madagascarensis full face and lateral view.A–B, worker CASENT0104547. C–D, queen CASENT0498419. E–F, male CASENT0049282.
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pone-0001787-g004: Anochetus madagascarensis full face and lateral view.A–B, worker CASENT0104547. C–D, queen CASENT0498419. E–F, male CASENT0049282.

Mentions: Inner mandibular blade without preapical teeth and denticles (Figs 3a, 4a). . .2


A revision of Malagasy species of Anochetus mayr and Odontomachus latreille (Hymenoptera: Formicidae).

Fisher BL, Smith MA - PLoS ONE (2008)

Anochetus madagascarensis full face and lateral view.A–B, worker CASENT0104547. C–D, queen CASENT0498419. E–F, male CASENT0049282.
© Copyright Policy
Related In: Results  -  Collection

Show All Figures
getmorefigures.php?uid=PMC2387237&req=5

pone-0001787-g004: Anochetus madagascarensis full face and lateral view.A–B, worker CASENT0104547. C–D, queen CASENT0498419. E–F, male CASENT0049282.
Mentions: Inner mandibular blade without preapical teeth and denticles (Figs 3a, 4a). . .2

Bottom Line: However, for inventories to be immediately relevant, the taxonomic process must reduce the time to describe and identify specimens.DNA barcoding (using cytochrome c oxidase 1 (CO1)) facilitated caste association and type designation, and highlighted population structure associated with reproductive strategy, biogeographic and evolutionary patterns for future exploration.We demonstrate that CO1 DNA barcoding is a practical tool that allows formalized alpha-taxonomy at a speed, detail, precision, and scale unattainable by employing morphology alone.

View Article: PubMed Central - PubMed

Affiliation: Department of Entomology, California Academy of Sciences, San Francisco, California, United States of America. bfisher@calacademy.org

ABSTRACT
Species inventories are essential for documenting global diversity and generating necessary material for taxonomic study and conservation planning. However, for inventories to be immediately relevant, the taxonomic process must reduce the time to describe and identify specimens. To address these concerns for the inventory of arthropods across the Malagasy region, we present here a collaborative approach to taxonomy where collectors, morphologists and DNA barcoders using cytochrome c oxidase 1 (CO1) participate collectively in a team-driven taxonomic process. We evaluate the role of DNA barcoding as a tool to accelerate species identification and description. This revision is primarily based on arthropod surveys throughout the Malagasy region from 1992 to 2006. The revision is based on morphological and CO1 DNA barcode analysis of 500 individuals. In the region, five species of Anochetus (A. boltonisp. nov., A. goodmanisp. nov., A. grandidieri, and A. madagascarensis from Madagascar, and A. pattersonisp. nov. from Seychelles) and three species of Odontomachus (O. coquereli, O. troglodytes and O. simillimus) are recognized. DNA barcoding (using cytochrome c oxidase 1 (CO1)) facilitated caste association and type designation, and highlighted population structure associated with reproductive strategy, biogeographic and evolutionary patterns for future exploration. This study provides an example of collaborative taxonomy, where morphology is combined with DNA barcoding. We demonstrate that CO1 DNA barcoding is a practical tool that allows formalized alpha-taxonomy at a speed, detail, precision, and scale unattainable by employing morphology alone.

Show MeSH