In recent years, DNA barcoding has rapidly developed as a powerful tool in taxonomy,
demonstrating its value in species identification and discovery of cryptic diversity. The …

DNA barcoding has become a promising means for identifying organisms of all life stages.
Currently, phenetic approaches and tree-building methods have been used to define …

To associate specimens identified by molecular characters to other biological knowledge,
we need reference sequences annotated by Linnaean taxonomy. In this study, we (1) report …

So‐called DNA barcodes have recently been proposed to answer the problem of specimen
identification and to quantify global biodiversity. We show that this proposition is wanting in …

DNA barcoding aims to accelerate species identification and discovery, but performance
tests have shown marked differences in identification success. As a consequence, there …

The ecological and medical importance of black flies drives the need for rapid and reliable
identification of these minute, structurally uniform insects. We assessed the efficiency of DNA …

Earth's biodiversity is still so poorly known that only about two million (Bánki et al., 2021) of
the estimated nine million or more eukaryotic species (Larsen et al., 2017; Mora et al., 2011) …

DNA barcode (mitochondrial COI) sequences are provided for species identification of
aphids from the Korean Peninsula. Most (98%) of the 154 species had distinct COI …

DNA barcoding employs short, standardized gene regions (5'segment of mitochondrial
cytochrome oxidase subunit I for animals) as an internal tag to enable species identification …

DNA barcoding (a tool for rapid species identification based on DNA sequences) and
genomics (which compares entire genome structure and expression) share an emphasis on …