全罗南道山梨蝇的发生及环境友好型防治体系的建立

D. Choi, Kyung-Cheol Ma, Hyo-Jeong Kim, Jin-Hee Lee, Sang-Ah Oh, Seon-Gon Kim
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引用次数: 5

摘要

为建立环境友好型防治体系,调查2016 - 2017年全罗南道山城里蝇的发生状况,开展了本研究。在光州和全南15个市的61个郡的1344公顷的土地上发现了山通氏弧菌。静止区4个点2017年的卵、蛹密度均低于2016年,孵化率下降,首次孵化时间、成虫羽化时间和产卵开始时间均有减慢的趋势。在大部分地区均发现了山桐蠓的卵类寄生物——端尾蝇。依次是顺天(46.1%)、务安(40.6%)、谷城(29.2%)、求礼(25.8%)、光州(17%)。3月上旬为防治山桐螟的最佳喷施时间。喷施材料和稀释倍数为环保型栽培机油的10倍和磷酸氯磷的500倍。在正常栽培。当喷洒这些材料时,95%的鸡蛋禁止孵化。有机材料机油乳化液、苦参根提取物+微生物萃取剂、蓖麻乳化液的杀虫效果在80%以上。成虫以苦参根提取物+微生物提取物、楝树提取物和机器油效果较好。杀虫剂对若虫和成虫均有较好的防治效果。利用山桐田鼠最喜欢的日光颜色和行为习性,研制了一种捕捉成虫的装置。捕获装置由两个日光紧凑型灯(30W和20W),一个黄色板和一个使用水的捕集器组成,每天捕获约700只。基于以上结果,我们建立了R的控制和生命周期系统。
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Survey the Occurrences and Establishment of Environment-friendly Control System of Ricania shanthungensis in Jeonnam Province
This study was carried out to establish of environment-friendly control system and to survey the occurrence status of Ricania shanthungensis in Jeonnam province from 2016 to 2017. R. shanthungensis occurred at 1,344 ha in 61 towns of 15 cities in Gwangju and Jeonnam province. At four sites in the stationary area, the densities of eggmass and pupae were lower in 2017 than in 2016, the hatching rate decreased, and the first hatching time, emergence of adults, and the start of spawning tended to be slower. Telenomus sp., an egg parasitoid of R. shanthungensis, was found in most areas. Sunchon had the highest rate of 46.1%, followed by Muan 40.6, Goksung 29.2, Gurye 25.8, and Gwangju 17, respectively. The optimum spraying time for the control of R. shanthungensis was early March. The spraying material and the dilution multiples are 10 times of the machine oil at environmental friendly cultivation and 500 times of the chlorpriphosphate wp. at normal cultivation. When sprayed these materials, 95% of egg prohibited to hatch. There was more than 80% of the insecticidal effects on the organic materials of the machine oil emulsion, the Sophora root extrect + microbial extract agent, and the castor emulsion. For adults, Sophora root extrect + microbial extract, neem extract, and machine oil were better. Four kinds of chemical pesticides such as dinotefuran wp were effective for nymph and adult control. We have developed an adult catching device using the most preferred daylight color and behavioral habits of R. shanthungensis. The capture device consisted of two daylight compact lamps (30W and 20W), a yellow plate, and a catcher using water, and caught about 700 individuals a day. Based on the above results, we have established a system for controlling and life cycle of R.
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