Assessment of the status of Spodoptera species (Lepidoptera: Noctuidae: Armyworm) in India through DNA barcoding technique

Q3 Environmental Science
Dinesh Nalage, P. Kudnar, Tejswini Sontakke, Ishwar Chittapure, Yashdeep Gowda, Shantanu Kharbal, Yashashri Alamwar
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引用次数: 0

Abstract

Insects constitute the majority of animal fauna worldwide, but quantifying their species diversity is still incomplete. A few recent studies indicate a marked decrease in the population of insects which calls for urgent efforts to document and understand insect diversity to get a complete picture of Earth’s ecosystems. Modern technology can accelerate species identification beyond traditional methods’ limitations. Hence, a focused and expedited approach through DNA barcoding coupled with morphological identification is necessary. This present research highlights the gaps that exist and it examines the current status of Spodoptera species barcode in India. Six Spodoptera species were studied confirming their presence in India including two invasive species. That means less than 50% of taxa or described Spodoptera species are covered by genetic data from barcoded specimens after analysis. Therefore, comprehensive DNA barcoding should be achieved from all insect species occurring on the Indian subcontinent to speed up the discovery and documentation of new species by involving both traditional taxonomists and molecular biologists working towards a common goal.
通过 DNA 条形码技术评估印度鞘翅目物种(鳞翅目:夜蛾科:军虫)的状况
昆虫占全球动物区系的大多数,但对其物种多样性的量化研究仍不全面。最近的一些研究表明,昆虫数量明显减少,这就要求我们立即努力记录和了解昆虫的多样性,以全面了解地球的生态系统。现代技术可以超越传统方法的限制,加速物种鉴定。因此,有必要通过 DNA 条形码与形态鉴定相结合的方法,有针对性地加快鉴定速度。本研究强调了存在的差距,并考察了印度鞘翅目物种条形码的现状。六种 Spodoptera 物种的研究证实了它们在印度的存在,其中包括两种入侵物种。这意味着经过分析后,条形码标本的遗传数据只覆盖了不到 50%的分类群或已描述的鞘翅目物种。因此,应该对印度次大陆上出现的所有昆虫物种进行全面的 DNA 条形编码,通过传统分类学家和分子生物学家的共同参与,加快新物种的发现和记录。
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来源期刊
Journal of Threatened Taxa
Journal of Threatened Taxa Environmental Science-Nature and Landscape Conservation
CiteScore
1.00
自引率
0.00%
发文量
220
审稿时长
24 weeks
期刊介绍: JoTT is a platform for quick and timely publication of research, findings, reviews and other aspects of science related to conservation and taxonomy including subject areas such as ecology, behavior, physiology, methodology, veterinary, diseases, management, models, data, among other relevant topics of conservation biology that have a direct or substantial impact on the knowledge, distribution, status, threats and conservation of native fauna, flora and fungi.
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