非生物因素对柞蚕病虫害季节发生的影响。

Aruna Ambadahalli Siddaiah, R. Prasad, S. Rai, O. Dubey, Subrat Satpaty, R. Sinha, Suraj Prsad, A. Sahay
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引用次数: 5

摘要

热带柞蚕(Antheraea mylitta Drury)的室外饲养主要是在森林中自然生长的主要寄主植物Terminalia tomentosa W. & a .和人工饲养的主要寄主植物Terminalia arjuna Bedd上进行的。温度、相对湿度和降雨量是热带沙蚕产地一、二、三期作物饲养期间沙蚕害虫(寄生虫和捕食者)发生的主要环境因子。本研究旨在研究非生物因素对柞蚕病虫害流行的影响。该研究于2010- 2013年在不同的农业气候区进行,即中央塔萨尔研究与培训学院,兰契,贾坎德邦,区域推广中心,卡特古拉,恰蒂斯加尔邦和区域推广中心,Hatgamaria,涵盖3种种子作物和6种经济作物。每周记录热带家蚕内寄生类蝇如Uzi蝇、Blepharipa zebina Walker和ichneuon蝇(黄蝇),捕食者Xathopimpla、Fabricius和捕食者如臭虫(Eocanthecona furcellata Wolf)、Reduviid虫(Sycanus collaris Fabricius)和黄蜂(Vespa orientalis Linnaeus)的发病率数据。气象资料是每天收集的。数据收集自4个不同的农业气候带。数据分析显示,非生物因子与姬蝇和乌兹蝇的发病率呈显著负相关。根据3年病虫害流行数据,建立了区域病虫害日历和预测模型。
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Influence of abiotic factors on seasonal incidence of pests of tasar Silkworm Antheraea mylitta D.
Rearing of tropical tasar silkworm, Antheraea mylitta Drury is mainly conducted in outdoor on Terminalia tomentosa W. & A. a nature grown primary host plant available in forest and also on raised primary host plant Terminalia arjuna Bedd. Temperature, relative humidity and rainfall are the main environmental factors for occurrence of pests (parasites and predators) of tasar silkworm during I, II and III crop rearing in the tropical tasar producing zones. The present study was aimed to study the influence of abiotic factors on prevalence of tasar silkworm pests. The study was conducted at different agro-climatic regions viz., Central Tasar Research &Training Institute, Ranchi, Jharkhand, Regional Extension Centre, Katghora, Chattisgarh and Regional Extension Centre, Hatgamaria during 2010-13 covering 3 seed crop and 6 commercial crops. Data on incidence of tropical tasar silkworm endo-parasitoids like Uzi Fly, Blepharipa zebina Walker and Ichneumon fly (Yellow Fly), Xathopimpla pedator, Fabricius and Predators such as Stink bug (Eocanthecona furcellata Wolf), Reduviid bug (Sycanus collaris Fabricius) and Wasp (Vespa orientalis Linnaeus) was recorded Weekly. The meteorological data was collected daily. Data was collected from 4 different agro-climatic zones of tasar growing areas. Analysis of the data revealed a significant negative correlation between abiotic factors and incidence of ichneumon fly and uzi fly. Based on the 3 years data on prevalence of pests region-wise pest calendars and prediction models were developed.
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