臺東地區重要作物有害生物防治技術之開發與改進

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計畫名稱: 臺東地區重要作物有害生物防治技術之開發與改進
計畫主持人: 李惠鈴
共同計畫主持人: 許育慈
計畫編號: 103農科-10.2.1-東-E1(Z)
計畫主管機構: 行政院農業委員會
計畫執行機構: 行政院農業委員會臺東區農業改良場作物環境課
全程計畫年: 2014
關鍵字: 有機栽培;花姬捲葉蛾;採後處理;粉介殼蟲;番荔枝;葉蟎;鳳梨釋迦;蟲害管理;疫病蟲害管理;東方果實蠅;區域防治;有機栽培;區域防治;葉蟎;小米;病蟲害防治;番荔枝;酪梨;蟲害管理;東方果實蠅;花姬捲葉蛾;有機栽培;區域防治;酪梨;病蟲害防治;小米;葉蟎;東方果實蠅;蟲害管理;番荔枝;花姬捲葉蛾;有機栽培;番荔枝;酪梨;病蟲害防治;花姬捲葉蛾;葉蟎;小米;區域防治;東方果實蠅;蟲害管理;番荔枝;蟲害管理;小米;東方果實蠅;葉蟎;酪梨;花姬捲葉蛾;有機栽培;病蟲害防治;區域防治;小米;病蟲害防治;花姬捲葉蛾;Organic Culture;Cydia notanthes Meyrick;Post Harvest Treatment;Mealybugs;Sugar Apple;Spider Mites;Atemoya;Pest Meagement;Diseases and Pests Management;Bactrocera dorsalis;Areawide Pest Menagemant;organic cuiture;Areawide Pest Managemant;Spid
摘要: (一)、臺東地區有害生物監測及防治技術開發之研究 建立臺東地區酪梨病蟲害發生資訊及番荔枝蟎類種類及花姬捲葉蛾發生之生態資料,提供監測防治參考資訊;掌握因氣候變遷造成之番荔枝蟎棲群動態等生態條件之改變,研擬出因應現況適當調整害物綜合管理之策略。建立節能減碳的栽培管理技術,以達防治病蟲害的目標,減低對化學農藥、肥料的依賴,進而改善生態環境,維護國人之健康。  (二)、小米有機栽培病蟲害管理模式之研究 本研究將調查小米病蟲害種類、發生生態、地理分布及週期等相關基本資料,供防治技術開發之依據,並針對較嚴重之病蟲害進行非農藥防治資材試驗,開發小米有機栽培防治技術,建立有機病蟲害管理模式,促進小米產業之擴展。(1)The research of the pest monitoring and control techniques developed in Taitung In this study, we will establish the pest information of avocado, and investigate the species and population dynamics of tetranychid spider mites and carambola fruit borer, <EM>Eucosma notanthes</EM>, on suger apple in Taitung annually. To grasp insect pest population dynamics and ecological information were caused by climate change, and developing the integrated pest management strategy. Furthermore we also develop post-harvest processing technology. Try to establish the safety guide model, and pesticides use reasonable.(2)Studies on diseases and pest management of organic Millet The study will investigate the millet species, ecological and geographic distribution of plant diseases and insect pests and relevant basic data such as cycle, for the development of the control technology based on, and for more serious plant diseases and insect pests of non-pesticide control material testing and developing organic cultivation of millet control techniques, develop organic pest management models, promote the expansion of millet.
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