Application of a fungicide system on tomato in open ground conditions in Primorsky Krai

I. A. Vanyushkina, N. A. Sinichenko, E. Kozar
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Abstract

Relevance. Tomato is one of the most beloved and popular vegetables among Primorye residents. But in the monsoon climate, the Far Eastern Primorye has the most intense infectious background in Russia. The yield losses of tomato fruits from alternariosis annually amount to 30% or more. Losses from late blight on the background of epiphytotics in years with wet and cold summers, as observed in 2019, depending on the stability of the variety, can reach from 17 to 100%. Despite the fact that the development and use of biological means of control has recently been a priority, it is still too early to abandon chemical protection measures. High efficiency and versatility of the correctly selected scheme of application of fungicides, short processing time – all this gives a quick and reliable result in protecting tomato crops and reducing the harmfulness of the complex of diseases.Methodology. The research was carried out in 2019-2021 at the Primorsky Vegetable Experimental Station (PVES) – a branch of the Federal Scientific Vegetable Center in the monsoon climate of the coastal zone of Primorsky Krai. We studied the effect of chemical preparations Signum, Orvego and their tank mixture with igum + Orvego on the development of diseases, yield indicators and the structure of the tomato crop varieties Odyssey, and Fitilek. Agrotechnics of cultivation are generally accepted in Primorsky Krai for tomato culture.Results. Testing of chemical fungicides in the conditions of Primorsky Krai showed that the development of alternariasis, starting with the appearance of the first signs of damage in the first half of the growing season, effectively restrains the fungicide Signum, contributing to the preservation of the working leaf surface. It is advisable to use the tank mixture With igum + Orvego starting from the first or second decade of August, when a complex of phytopathogens develops on the leaf surface. The introduction of these two fungicides into the tank mixture leads to an increase in the biological and economic effectiveness of protective measures in the fight against alternariasis and late blight of tomatoes, compared with the standard fungicide Acrobat MC. Joint Signum Processing+Orvego, by reducing the intensity of disease development and the share of the non-commodity part of the crop, has a beneficial effect on the mass of commercial fruit and contributes to a more complete realization of the productive potential of Odyssey and Fitilek varieties.
在滨海边疆区露地番茄上应用杀菌剂系统
的相关性。西红柿是滨海边疆区居民最喜爱和最受欢迎的蔬菜之一。但在季风气候下,远东滨海地区具有俄罗斯最强烈的传染病背景。番茄交替病每年造成番茄果实产量损失达30%以上。正如2019年观察到的那样,在夏季潮湿和寒冷的年份,晚枯萎病造成的表观植物损失可达17%至100%,具体取决于品种的稳定性。尽管发展和使用生物防治手段最近已成为优先事项,但放弃化学防护措施仍为时过早。选择正确的杀菌剂施用方案,效率高、用途广,处理时间短,对保护番茄作物和减少复合病害的危害具有快速、可靠的效果。这项研究于2019年至2021年在滨海边疆区蔬菜实验站(PVES)进行,这是联邦蔬菜科学中心在滨海边疆区沿海季风气候下的一个分支机构。研究了化学制剂Signum、Orvego及其与igum + Orvego罐内混合剂对番茄品种奥德赛(Odyssey)和菲蒂莱克(Fitilek)病害发展、产量指标和结构的影响。在滨海边疆区,种植番茄的农业技术被普遍接受。在滨海边疆区的条件下进行的化学杀菌剂测试表明,在生长季节的前半段出现第一个损害迹象时,交替病的发展就开始了,有效地抑制了杀菌剂Signum的使用,有助于保存工作叶片表面。宜在8月上旬或下旬开始使用igum + Orvego混合液,此时叶片表面出现植物病原体复合体。与标准杀菌剂Acrobat MC. Joint Signum Processing+Orvego相比,将这两种杀菌剂加入罐混合物中,通过降低疾病发展的强度和作物非商品部分的份额,提高了防治番茄交替病和晚疫病的保护措施的生物和经济效益。对商品水果的质量有有益的影响,并有助于更全面地实现奥德赛和菲蒂莱克品种的生产潜力。
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