Influence of plant protectives based on Bacillus atrophaeus B‐11474 on agronomic characteristics of melons in Astrakhan region

D. G. Baubekova, O. Soprunova, Sh. B. Baĭrambekov, E. V. Polyakova
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引用次数: 1

Abstract

The Astrakhan region is the main vegetable-growing and melon-growing center of Russia, characterized by favorable agro–climatic conditions for growing vegetable and gourd crops. The agro-climatic conditions of the region make it possible to obtain the earliest, highest and most stable yields. Currently, in the southern regions, the problem of reducing the use of mineral fertilizers and pesticides in agriculture with their replacement by biological methods of plant protection is quite acute. Biological methods, in comparison with chemical means of protection, are distinguished by the selectivity of impact and by the environmental safety. Preliminary studies have shown that the studied laboratory sample of the agent based on Bacillus atrophaeus B‐11474 has pronounced fungistatic and growth-stimulating activities, which were confirmed by the field research results. The studied laboratory sample of the agent had a positive effect on the germination, development and biometric parameters of watermelon. The sample helped to increase productivity, reduce anthracnose, improve the qualitative and quantitative indicators of the cultivated crop. The prospects for using the triple treatment (spraying the bottom of the furrow and double spillage under the root of the plant with a laboratory sample of the agent have been established. In general, the use of a biological agent in the cultivation of watermelon in the fields of the Astrakhan region will make it possible to obtain environmentally friendly and safe products.
基于萎缩芽孢杆菌B‐11474的植物保护剂对阿斯特拉罕地区甜瓜农艺性状的影响
阿斯特拉罕地区是俄罗斯主要的蔬菜和瓜类种植中心,具有适宜种植蔬菜和瓜类作物的农业气候条件。该地区的农业气候条件使其有可能获得最早、最高和最稳定的产量。目前,在南方地区,减少矿物肥料和农药在农业中的使用,以生物植物保护方法代替它们的问题相当尖锐。与化学防护手段相比,生物防护方法的特点是影响的选择性和环境的安全性。初步研究表明,以萎缩芽孢杆菌B‐11474为基础的药剂具有明显的抑菌和促生长活性,并得到了现场研究结果的证实。该药剂对西瓜的萌发、发育和生物特征参数均有积极影响。该样品有助于提高产量,减少炭疽病,改善栽培作物的定性和定量指标。建立了采用沟底喷施和根下双喷施的三联处理方法的前景。总的来说,在阿斯特拉罕地区的西瓜种植中使用生物制剂将有可能获得环保和安全的产品。
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