Current Knowledge of Mango and Fruit Fly (Diptera: Tephritidae) Control in Myanmar: A Review

Kyaw Lin Maung, Y. Mon, M. Khine, K. N. Chan, Aye Phyoe, A. Soe, Thae Yu Yu Han, Wah Wah Myo, S. San, Aye Aye Khai
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引用次数: 2

Abstract

Mango is one of the largest commercial fruits in Myanmar and the fruit fly, B. dorsalis and B. correcta are the major pests. Mango is a kind of native fruit which can grow well as natural vegetation throughout the entire country under the various climatic conditions. We aimed to point out overuse of insecticide application in agricultural sector of Myanmar and further criteria of effective fruit fly control techniques were also proposed for worldwide ecosystem. Traditional fruit fly control is primarily focused on the uncoordinated use of insecticide applications which is orchard-by-orchard strategy. However, in view of flying distance, this localized strategy is not successful and harms the ecosystem. Occasionally, fruit bagging technique was applied by some farmers. In Myanmar’s agricultural sector, numerous varieties of cheap insecticides which mostly imported from China were plentiful. While conventional insecticide application controls were implemented annually, the population of fruit flies increased year after year, particularly in tropical region. The requirement of technical-scientific research reduced the worldwide fruit fly records. Furthermore, traditional insecticide application approach inhibits the yield and quality of mangoes that have adversely affected international trade. Importantly, in long term period of the entire previous decade, the conventional insecticide application controls make more fruit fly infestation.
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缅甸芒果和果蝇(双翅目:蝗科)防治现状综述
芒果是缅甸最大的商业水果之一,而果蝇、背蝇和矫正蝇是主要害虫。芒果是一种乡土水果,在各种气候条件下都能作为天然植被在全国各地生长。我们旨在指出缅甸农业部门杀虫剂的过度使用,并为全球生态系统提出有效的果蝇控制技术标准。传统的果蝇防治主要集中在不协调地使用杀虫剂,这是一种逐个果园的策略。然而,考虑到飞行距离,这种本地化策略并不成功,而且会损害生态系统。果农偶尔也采用袋装技术。在缅甸的农业部门,种类繁多的廉价杀虫剂(主要从中国进口)供应充足。虽然每年实施常规杀虫剂施用控制,但果蝇的数量逐年增加,特别是在热带地区。技术科学研究的需要减少了世界范围内果蝇的记录。此外,传统的杀虫剂施用方法抑制了芒果的产量和质量,对国际贸易产生了不利影响。重要的是,在整个前十年的长时间内,传统的杀虫剂施用控制使果蝇感染更多。
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