Apple, Codling Moth Control with Bacillus Thuringiensis, 1991

J. Brunner, L. O. Smith
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Abstract

Several insecticides were evaluated for control of CM when used in a seasonal spray program. The test orchard was located at the Tree Fruit Research and Extension Center, Wenatchee. Test trees were 17-year-old non-spur ‘Red Delicious’. The orchard was irrigated by under-tree sprinklers on a 14-day schedule. The test design consisted of 4 single-tree replicates in randomized complete blocks. Treatments were applied with a handgun sprayer at 300 psi to the point of drip, simulating a dilute spray of approximately 400 gal/acre. In all cases the first treatment was applied at the beginning of the egg hatch, 28 May, 250 degree days following first capture of moths in a pheromone trap. The number of sprays applied for each CM generation depended on the chemical and rates used and are shown in the table. After the first CM generation (16 Jul), 100 fruit from each replicate were examined and the number damaged by CM recorded. At harvest (29 Aug), 200 fruit were picked from each replicate and examined for damage by CM and PLR. CM damage was rated as a “sting” (an unsuccessful entry in the fruit denoted by a scar but no penetration) or a deep entry. Mites were sampled in Jul, Aug and Sep. Twenty-five leaves were collected from each tree. In the laboratory leaves were processed through a mite brushing machine and each mite species was counted with aid of a dissecting microscope.
苹果,苏云金芽孢杆菌防治干蛾,1991
几种杀虫剂在季节性喷雾计划中用于控制CM时进行了评估。试验果园位于韦纳奇果树研究和推广中心。试验树是17岁的无刺树“红美味”。果园由树下洒水器每14天灌溉一次。试验设计包括4个随机完整区单树重复。使用手枪喷雾器在300 psi的压力下进行处理,模拟约400加仑/英亩的稀释喷雾。在所有病例中,第一次处理均在卵孵化开始时(5月28日,在信息素诱捕器首次捕获飞蛾后250度)施用。每一代CM的喷雾剂数量取决于使用的化学物质和速率,并显示在表中。在第一代CM(7月16日)后,每个重复检测100个果实,记录CM损伤的数量。收获时(8月29日),每个重复采摘200个果实,用CM和PLR检测损伤情况。CM损伤被评为“刺痛”(不成功的进入果实,以疤痕表示,但没有穿透)或深度进入。螨于7月、8月和9月取样,每棵树采集25片叶片。在实验室中,通过刷螨机对叶片进行处理,并借助解剖显微镜对每种螨进行计数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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