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首页> 外文期刊>Journal American Pomological Society >Evaluation of Alternative Management Options for Gray Mold on Field Grown Raspberries
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Evaluation of Alternative Management Options for Gray Mold on Field Grown Raspberries

机译:田间种植树莓上灰霉病替代管理方案的评估

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摘要

Fungicides are commonly used for managing gray mold of raspberries (Rubus ideaus) caused by Botrytis cinema. In 2006-07, we studied the efficacy of MilStop (potassium bicarbonate), Endorse (polyoxin D zinc salt), lime sulfur (calcium polysulfide), Phostrol (mono- and dibasic-sodium, potassium, and ammonium phosphates), and tank mixtures of Oxidate (hydrogen dioxide) and MilStop combined, Oxidate and Vigor Cal Phos (phosphorous salts of calcium and copper) combined and Shemer (Metschnikowia fruitcola) and MilStop combined (2007 only) for managing gray mold. Phostrol resulted in the highest phytotoxicity. Rotating Captan (captan) and Elevate (fenhexamid), a commercial standard, was the most effective for yield and in-season gray mold management. Generally no material was more effective for postharvest gray mold management than spraying water on the plants. Applying these treatments generally provided no yield benefit or control of gray mold.
机译:杀菌剂通常用于处理由Botrytis电影院引起的树莓(Rubus ideaus)的灰霉病。在2006-07年度,我们研究了MilStop(碳酸氢钾),Endorse(多毒素D锌盐),石灰硫(多硫化钙),Phostrol(一元和二元钠,磷酸钾和磷酸铵)和罐混物的功效。氧化(二氧化氢)和MilStop的混合物,氧化和Vigor Cal Phos(钙和铜的亚磷酸盐)的混合物,Shemer(Metschnikowia fruitcola)和MilStop的混合物(仅2007年)用于管理灰霉病。 Phostrol导致最高的植物毒性。商业标准的旋转Captan(captan)和Elevate(fenhexamid)对产量和季节灰霉病管理最有效。通常,没有一种材料比在植物上喷水对收获后灰霉病的处理更有效。进行这些处理通常不会提供增产效益或灰霉病的控制。

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