INFLUENCE OF THE BIO-STIMULATOR BIODUX AND MINERAL FERTILIZERS ON THE PRODUCTIVITY OF MILLETS

M. Gilyazov, N. Romanov, Rinat Tuhvatullaev
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Abstract

The aim of the study was to determine the optimal dose of the «Biodux» biostimulator, containing a complex of biologically active polyunsaturated fatty acids of the fungus Mortierellaalpina, for presowing treatment of millet (Panicum miliaceum) seeds. The study was conducted in 2019-2020. in the conditions of the Pre-Kama region of the Republic of Tatarstan. The experimental plot is located on light gray forest soil, which has a slightly acidic reaction (pHsalt. = 5.3), an increased content of mobile forms of phosphorus (142-148 mg/kg) and potassium (153-162 mg/kg), the average content of organic matter (3.6-3.8%). Agrochemical analyzes of the soil were performed by generally accepted methods: GOST 26213-91 (organic matter content); GOST 26207-91 (content of mobile compounds of phosphorus and potassium according to the Kirsanov method in the modification of TsINAO); GOST 26483-85 (pH value). The effect of the biostimulator on the yield of millet variety Varyag was studied against the background of a complete mineral fertilizer, calculated to obtain 3.0 t/ha of grain (N78-84P69-74K88-94). The doses of «Biodux» for seed treatment were 1, 3, 4 and 6 ml/t. The agrometeorological conditions of the vegetation periods during the years of the study were favorable for the growth and development of millet. The presence of a close curvilinear correlation between the increments of the millet yield and increasing doses of the biostimulant was established. For the description of this dependence for two years, a polynomial equation of the second degree was better suited: in both cases, the coefficient of determination (R2) of the increase in millet grain yield from the doses of the tested biostimulant «Biodux» was 0.97. The greatest increase in the yield of millet was provided by the average (3 ml/t) dose of «Biodux», which increased the yield of grain by 14-15% compared to the background level. Increases in grain yield from mineral fertilizers exceeded the maximum increase from the «Biodux» biostimulator by 3.1-3.6 times.
生物刺激剂biodux和矿质肥料对谷子产量的影响
该研究的目的是确定“Biodux”生物刺激剂的最佳剂量,该生物刺激剂含有真菌Mortierellaalpina的生物活性多不饱和脂肪酸复合物,用于谷子(Panicum miliaceum)种子的播前处理。该研究于2019-2020年进行。在鞑靼斯坦共和国前卡马地区的条件下。试验田位于浅灰色森林土壤上,具有微酸性反应(pHsalt)。= 5.3),流动形态磷(142 ~ 148 mg/kg)和钾(153 ~ 162 mg/kg)含量增加,有机质平均含量增加3.6 ~ 3.8%。土壤的农化分析采用普遍接受的方法:GOST 26213-91(有机质含量);GOST 26207-91 (TsINAO改性中根据Kirsanov法测定的磷、钾流动化合物含量);GOST 26483-85 (pH值)。研究了生物刺激剂对谷子品种瓦良格产量的影响,以全矿肥为背景,计算得到3.0 t/ha谷粒(N78-84P69-74K88-94)。“Biodux”用于种子处理的剂量分别为1、3、4和6 ml/t。研究年份植被期的农业气象条件有利于谷子的生长发育。谷子产量的增加与生物刺激素剂量的增加之间存在密切的曲线相关关系。对于两年的这种依赖性的描述,二阶多项式方程更适合:在这两种情况下,决定系数(R2)由所测试的生物刺激剂«Biodux»的剂量增加的谷粒产量是0.97。“Biodux”的平均剂量(3 ml/t)使谷子产量增加最多,与背景水平相比,谷子产量增加了14-15%。矿物肥料增加的粮食产量超过了“Biodux”生物刺激剂最大增幅的3.1-3.6倍。
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