Methods of increasing the productivity of various varieties and hybrids of variegated alfalfa in the conditions of arable farming biologization

Alexandra Kamova, Tatiana Stepanova, Anna Orlova, Galina Stepanova, Marina Rumyantseva
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Abstract

Two-year studies of variegated alfalfa (Medicago varia Mart.) of the following varieties and hybrids were carried out: Pastbischnaya 88, Taisia, Agnia VIC, 506 and SGP, as well as observations of their reaction to inoculation. Strains of nodule bacteria Sinorhizobium meliloti were used as inoculants: SHM1-105, 415, A-1, A-5, and a control variant without inoculation. As a result of research, it was revealed that the minimum length of stems in 2021 was fixed in the Pastbischnaya 88 + 415 variant, and amounted to 12.5 cm, in 2022 — Taisia with A1 and SHM1-105, 8.8 cm each. The maximum length of stems in 2021 was marked by a hybrid 506 in a combination of A1 and SHM1-105 strains, the indicator was 40.4 and 40.3, respectively, in 2022 — Agnia VIC + A5, 28 cm. In 2021, the Pastbischnaya 88 variety with the strain SHM1-105 turned out to be the most competitive, its share prevailed over the unseeded admixture, and reached 54.8%, in 2022 variant Agnia VIC + 415 was distinguished with this indicator, with a mass fraction of 65.45%. The positive effect of inoculation was revealed, the best symbiotic varietal microbial systems were determined. The strain of nodule bacteria 415 is marked by a complex effect on all varieties of variegated alfalfa. According to the yield of dry weight (3.3 t/ha on average), the Taisia variety and the SGP hybrid were distinguished.
在耕作生物化条件下提高紫花苜蓿各品种及杂交种生产力的方法
对杂交紫花苜蓿(Medicago varia Mart.)的以下品种和杂种进行了为期两年的研究:Pastbischnaya 88、Taisia、Agnia VIC、506和SGP,并观察了它们对接种的反应。以结核菌Sinorhizobium meliloti菌株为接种剂:SHM1-105、415、a -1、a -5和不接种的对照变种。研究结果显示,2021年的最小茎长固定在Pastbischnaya 88 + 415变种中,达到12.5厘米,2022 - Taisia A1和SHM1-105各为8.8厘米。A1和SHM1-105组合的杂种506在2021年的最大茎长指标分别为40.4和40.3,2022年- Agnia VIC + A5的最大茎长指标为28 cm。2021年,带有SHM1-105菌株的Pastbischnaya 88品种的质量分数最高,达到54.8%;2022年,带有SHM1-105菌株的Agnia VIC + 415品种质量分数最高,达到65.45%。揭示了接种的积极作用,确定了最佳的共生品种微生物体系。结瘤菌415菌株对所有品种的杂花苜蓿都有复杂的影响。以干重产量(平均3.3 t/ hm2)为指标,对大台品种和SGP杂交品种进行了区分。
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