The fungicides effectiveness in soybean cultivation under irrigation in the conditions of the Central Caucasus

Olga Georgievna Shabaldas, Konstantin Igorevich Pimonov, Anna Petrovna Shutko, Yulia Aleksandrovna Bezgina
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Abstract

Studies conducted in 2018-2020 allowed us to determine the best protection system and biological effectiveness of fungicides when growing soybeans under irrigation in the conditions of the Central Caucasus. Soybeans were grown on ordinary chernozem after winter wheat on the basis of LLC "Agrosakhar" (Izobilnensky district, Stavropol Territory). Irrigation was carried out by sprinkling. Phytoexpertize of soybean seeds before sowing revealed the presence of infection represented by fungi from the genera: Alternaria, Ascochyta, Fusarium, Peronospora, Sclerotinia, Septoria, and bacteria from the genera: Xanthomonas, Pseudomonas. Fungicides were used for seed etching: Maxim, KS; Delit Pro, KS; TMTD, VSK; Protect,KS. During the budding phase, the crops were treated with fungicides Optimo, CS and Acanto Plus, CS. The maximum effectiveness in the fight against fusarium was established when seeds were treated with the fungicide Delit Pro, CS (0.5 l /t) – the prevalence of fusarium decreased by 82.0, and the development of the disease by 70.4%. The fungicide Acanto Plus, CS (0.6 l/ha) was more effective compared to the standard by an average of 5.7–12.4%. Combined application of seed pickling Divides Pro, CS (0.5 l /t), and the treatment of crops in the budding phase with the fungicide Acanto Plus, CS (0.6 l /ha) was characterized by the greatest effect: the number of plants affected by peronosporosis decreased by 84.3% and the development of the disease decreased by 81.2%. The greatest biological effect in the fight against soybean bacteriosis was after seed etching with TMTD, VSK (6 l/t) and treatment of vegetative plants with Acanto Plus fungicide, CS (0.6 l/ha), the prevalence of bacteriosis decreased by 69.4%, and development - by 39.8%. In this variant, the highest yield of soybean seeds was obtained at 3.36 t/ha, which is more than the control variant by 0.64 t/ha and more than the standard by 0.11 t/ha. The profitability of growing soybean seeds using the studied protection systems, depending on the fungicides used, varied from 89.7 (Protect, CS (2.0 l/t); Optimo, CS (0.5 l/ha)) up to 103.4% (TMTD, VSK (6.0 l/t); Acanto Plus, CS (0.6 l/ha)).
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中高加索地区大豆灌溉条件下杀菌剂的施用效果
2018-2020年进行的研究使我们能够确定在中高加索地区灌溉条件下种植大豆时最佳的保护系统和杀菌剂的生物有效性。在“Agrosakhar”有限责任公司(斯塔夫罗波尔州Izobilnensky区)的基础上,冬小麦后在普通黑土上种植大豆。灌溉是用洒水的方式进行的。播种前对大豆种子进行的植物鉴定显示存在感染,代表真菌属:Alternaria, Ascochyta, Fusarium, Peronospora, Sclerotinia, Septoria,以及细菌属:Xanthomonas, Pseudomonas。种子蚀刻用杀菌剂:Maxim, KS;Delit Pro, KS;福美双,VSK;保护,KS。在出芽期,施用杀菌剂Optimo, CS和Acanto Plus, CS。用杀菌剂Delit Pro, CS (0.5 l /t)处理种子时,镰刀菌的发病率下降了82.0,发病率下降了70.4%。杀菌剂Acanto Plus, CS (0.6 l/ha)比标准药剂平均提高5.7 ~ 12.4%。以种子酸洗法dirispro、CS (0.5 l /t)与出芽期作物杀菌剂Acanto Plus、CS (0.6 l /ha)联合施用效果最好,受peronosporosis影响的植株数量减少了84.3%,病害发生减少了81.2%。在防治大豆菌病方面,经TMTD、VSK (6 l/t)浸种和Acanto Plus杀菌剂CS (0.6 l/ha)处理后,菌病发病率下降69.4%,发育率下降39.8%。该突变体大豆种子最高产量为3.36 t/ha,比对照突变体高0.64 t/ha,比标准突变体高0.11 t/ha。使用所研究的保护系统种植大豆种子的盈利能力,取决于所使用的杀菌剂,从89.7 (Protect, CS (2.0 l/t);Optimo, CS (0.5 l/ha))高达103.4% (TMTD, VSK (6.0 l/t);Acanto Plus, CS (0.6 l/ha))。
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