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Efficacy of organic disease control products on common foliar diseases of tomato in field and greenhouse trials

机译:有机疾病对照产品对番茄常见叶面疾病的疗效和温室试验

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Organic vegetable production continues to increase, while the knowledge about how to best manage foliar diseases in this system has lagged. Several combinations of organically certified products with different modes of action were evaluated for potential to manage foliar diseases of tomato in two field sites with different climatic conditions over two years, and in a greenhouse setting. Early blight, Septoria leaf spot and bacterial spot foliar diseases were naturally present in the field trials, while greenhouse plants were artificially inoculated with a virulent isolate of Alternaria solani, causal agent of early blight. The copper product Badge X2 (23.82% copper oxychloride and 21.49% copper hydroxide), significantly lowered disease levels in all field and greenhouse trials. The biological control product Prestop (Gliocladium catenulatum J1446), significantly lowered early blight disease levels in all field trials and two out of three greenhouse trials. Alternating Serenade Opti (B. amyloliquefaciens QST 713 (syn. B. subtilts QST713), with Regalia (extract of Reynoutria schalinensis) did not consistently lower disease levels compared to the untreated control in field trials. However, Serenade Opti alone lowered early blight disease levels in two out of three greenhouse trials. Sil-Matrix (potassium silicate 29%), and Regalia, applied alone and in combination were generally ineffective in both field and greenhouse trials. An alternation of Oxidate 2.0 (27.1% hydrogen dioxide and 2.0% peroxyacetic acid), which was used to lower the microbe populations on tomato foliage after which Sustane, an aerobically composted turkey litter, was applied to promote colonization by beneficial bacteria, did not consistently lower disease levels compared to the untreated control in greenhouse and field trials. Results of these trials indicate that the biological product Prestop is an effective alternative to copper for the control of early blight, but not necessarily other common foliar diseases in tomato.
机译:有机蔬菜产量继续增加,而关于如何最好地管理该系统中叶面疾病的知识已经滞后。评估了具有不同作用方式的有机经认证的产品的几种组合被评估了潜力,以在两年内与不同气候条件的两个场地管理番茄的叶状疾病,并在温室环境中。早期枯萎病,Sememoria叶斑和细菌斑叶疾病自然存在于现场试验中,而温室植物是用aleralaria solani的毒性分离,早期枯萎病的毒性分离。铜产品徽章X2(氯化铜铜23.82%和21.49%的氢氧化铜),所有领域和温室试验中的疾病水平显着降低。生物对照产品普雷斯特(Gliocladium catenulatum J1446),在所有现场试验中显着降低了早期枯萎病水平,其中包括三种温室试验中的两个。交替的平静opti(B.淀粉醇提出QST 713(SYN.B.Suptilts QST713),与Regalia(Reynoutria schalinensis的提取物)与现场试验中未处理的对照相比,与未处理的对照相比,与未处理的对照进行了持续的疾病水平。然而,小夜曲Opti单独降低了早期枯萎病三种温室试验中的两个水平。单独应用的Sil-Matrix(硅酸钾29%)和Regalia在田间和温室试验中均无效。氧化2.0的交替(二氧化硫27.1%氢和2.0%过氧乙酸)用于降低番茄叶上的微生物群,在甜食堆肥中,应用有氧堆肥的火鸡凋落物,以促进受益细菌的殖民化,与温室和田间试验中未处理的对照相比,与未处理的对照相比,与未处理的控制相比持续较低。这些试验的结果表明,生物产品Prestop是铜的有效替代方案,用于控制早期枯萎,但是OT必须在番茄中其他常见的叶面疾病。

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