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Kabupaten Nias Selatan

Badan Riset dan Inovasi Nasional

Informasi Dataset

07-11-2022

13-08-2024

5440f345-fe5a-488c-a4ea-4c392c575b87

Dataset Serupa
Revisiting the Ichthyodiversity of Java and Bali Through DNA Barcodes: Taxonomic...

Among the 899 species of freshwater fishes reported from Sundaland biodiversity ...

Revisiting The Ichthyodiversity Of Java And Bali Through DNA Barcodes: Taxonomic...

Among the 899 species of freshwater fishes reported from Sundaland biodiversity ...

Species Diversity Of Euphorbiaceae In Karimunjawa Islands And New Record For Jav...

Informasi keragaman anggota suku Euphorbiaceae di pulau-pulau kecil di Indonesia...

Diversity And Distribution Of Culturable Lactic Acid Bacterial Species In Indone...

Background and Objectives: Lactic acid bacteria (LAB) play important roles in pr...

Species And Functional Diversity Of Rhizobacteria Of Rice Plant In The Coastal S...

Rhizobacteria are important components of soil and directlyor indirectly influen...

INFORMASI: Data berikut ini masih dalam proses pemenuhan Prinsip SDI.

Barcoding Snakeheads (Teleostei, Channidae) Revisited: Discovering Greater Species Diversity and Resolving Perpetuated Taxonomic Confusions

Terbatas

Snakehead fishes of the family Channidae are predatory freshwater teleosts from Africa and Asia comprising 38 valid species. Snakeheads are important food fishes (aquaculture, live food trade) and have been introduced widely with several species becoming highly invasive. A channid barcode library was recently assembled by Serrao and co-workers to better detect and identify potential and established invasive snakehead species outside their native range. Comparing our own recent phylogenetic results of this taxonomically confusing group with those previously reported revealed several inconsistencies that prompted us to expand and improve on previous studies. By generating 343 novel snakehead coxI sequences and combining them with an additional 434 coxI sequences from GenBank we highlight several problems with previous efforts towards the assembly of a snakehead reference barcode library. We found that 16.3% of the channid coxI sequences deposited in Gen- Bank are based on misidentifications. With the inclusion of our own data we were, however, able to solve these cases of perpetuated taxonomic confusion. Different species delimitation approaches we employed (BIN, GMYC, and PTP) were congruent in suggesting a potentially much higher species diversity within snakeheads than currently recognized. In total, 90 BINs were recovered and within a total of 15 currently recognized species multiple BINs were identified. This higher species diversity is mostly due to either the incorporation of undescribed, narrow range, endemics from the Eastern Himalaya biodiversity hotspot or the incorporation of several widespread species characterized by deep genetic splits between geographically well-defined lineages. In the latter case, over-lumping in the past has deflated the actual species numbers. Further integrative approaches are clearly needed for providing a better taxonomic understanding of snakehead diversity, new species descriptions and taxonomic revisions of the group. PLoS ONE, Vol. 12, No. 9: e0184017. Hal. 1-24

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