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Historical perspective on the synonymization of the four major pest species belonging to the Bactroceradorsalis species complex (Diptera Tephritidae)

机译:属于小球藻的四种主要有害生物同义化的历史观点背足种类复合体(双翅目eph科)

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摘要

An FAO/IAEA-sponsored coordinated research project on integrative taxonomy, involving close to 50 researchers from at least 20 countries, culminated in a significant breakthrough in the recognition that four major pest species, Bactrocera dorsalis, Bactrocera philippinensis, Bactrocera papayae and Bactrocera invadens, belong to the same biological species, Bactrocera dorsalis. The successful conclusion of this initiative is expected to significantly facilitate global agricultural trade, primarily through the lifting of quarantine restrictions that have long affected many countries, especially those in regions such as Asia and Africa that have large potential for fresh fruit and vegetable commodity exports. This work stems from two taxonomic studies: a revision in 1994 that significantly increased the number of described species in the Bactrocera dorsalis species complex; and the description in 2005 of Bactrocera invadens, then newly incursive in Africa. While taxonomically valid species, many biologists considered that these were different names for one biological species. Many disagreements confounded attempts to develop a solution for resolving this taxonomic issue, before the FAO/IAEA project commenced. Crucial to understanding the success of that initiative is an accounting of the historical events and perspectives leading up to the international, multidisciplinary collaborative efforts that successfully achieved the final synonymization. This review highlights the 21 year journey taken to achieve this outcome.
机译:粮农组织/国际原子能机构赞助的一项关于生物分类学的协调研究项目,涉及来自至少20个国家的近50名研究人员,在认识到四种主要害虫物种:桔小实蝇,菲律宾小实蝇,木瓜小实蝇和入侵小实蝇后,取得了重大突破,属于相同的生物物种, Bactrocera 背囊 。有望成功完成该倡议,主要是通过取消长期影响许多国家的检疫限制,特别是亚洲和非洲等具有新鲜水果和蔬菜商品出口潜力的区域,将大大促进全球农业贸易。这项工作源于两项分类学研究:1994年进行的修订,显着增加了 Bactrocera 背s 物种复合体;以及2005年 Bactrocera 入侵 < / em>,然后在非洲新近入侵。虽然分类学上有效的物种,但许多生物学家认为这些是一种生物物种的不同名称。在粮农组织/国际原子能机构项目开始之前,许多分歧混淆了为解决这一生物分类问题而开发解决方案的尝试。理解该计划成功的关键在于对历史事件和观点的解释,这些历史事件和观点促成了成功完成最终代名词的国际,多学科合作。这篇评论重点介绍了为实现这一结果而进行的21年历程。

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