GRAIN PRODUCTIVITY AND ADAPTATION POTENTIAL OF NARROW-LEAFED LUPINE VARIETIES IN THE KRASNOYARSK FOREST-STEPPE CONDITIONS

Valentina Bopp, Dmitriy Stupnickiy, Maksim Danilov
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Abstract

The aim of research is to evaluate the varieties of angustifolia lupine in terms of grain yield and adaptability parameters in the conditions of the Krasnoyarsk forest-steppe. Long-term field experiments were carried out on the experimental field of the Borsky Scientific and Production Complex of the Krasnoyarsk State Agrarian University in 2020–2022. The objects of the study are the varieties of narrow-leaved lupine: Vityaz, Belozerny 110, Belorozovy 144, Bryansky Kormovoy, Nadezhda, Siderat 46, Uzkolistny 53 and the SN 78-07 variety sample. Meteorological conditions during the years of the study varied. The 2020 growing season was warm and moisture-rich, the environmental conditions index (Ij) was 4.7. In 2021, during the main periods of growth and development, with the exception of the 3rd ten-day period of June, there was a significant moisture deficit against the background of air temperatures exceeding the climatic norm, the environmental conditions index was negative (–3.8). In 2022, uneven moisture was observed, sharp temperature changes at the beginning of plant development, the environmental conditions index was negative (–0.9). The average grain yield varied from 11.5 c/ha (variety Nadezhda) to 20.3 c/ha (variety Siderat 46). The contribution of the "vegetation conditions" factor to the formation of the lupine grain yield was 60.8 %, the contribution of the "variety" factor was 31.2 %. The varieties Belozerny 110 (bi = 1.16) and Siderat 46 (bi = 1.39) have high ecological plasticity. The highest ecological stability was noted in the varieties Siderat 46 and Uzkolistny 53, in both genotypes Sd2 = 0.02. The Vityaz variety surpasses other varieties in stress resistance. The highest genetic flexibility was demonstrated by the varieties Siderat 46, Vityaz, Belorozovy 144 and the variety sample SN 78-07. The yield range was 34.4 % (Vityaz) – 50.0 % (Nadezhda). In gene¬ral, according to the adaptive capabilities, the varieties of narrow-leaved lupine were distributed according to a decreasing trend as follows: Siderat 46 > Vityaz > SN 78-7 = Narrow-leaved 53 > Belorozovy 144 > Belozerny 110 > Nadezhda > Bryansky Kormovoy.
克拉斯诺亚尔斯克森林-草原条件下窄叶羽扇豆品种的谷物产量和适应潜力
研究的目的是评估 angustifolia 羽扇豆品种在克拉斯诺亚尔斯克森林草原条件下的谷物产量和适应性参数。2020-2022 年,在克拉斯诺亚尔斯克国立农业大学 Borsky 科学和生产综合体试验场进行了长期田间试验。研究对象是窄叶羽扇豆品种:Vityaz、Belozerny 110、Belorozovy 144、Bryansky Kormovoy、Nadezhda、Siderat 46、Uzkolistny 53 和 SN 78-07 品种样本。研究年份的气象条件各不相同。2020 年的生长季节温暖湿润,环境条件指数(Ij)为 4.7。2021 年,在生长发育的主要时期,除了 6 月的第 3 个旬日外,在气温超过气候标准的背景下,水分明显不足,环境条件指数为负值(-3.8)。2022 年,墒情不均,植物生长初期气温变化剧烈,环境条件指数为负值(-0.9)。平均谷物产量从 11.5 克/公顷(品种 Nadezhda)到 20.3 克/公顷(品种 Siderat 46)不等。植被条件 "因素对羽扇豆谷物产量的贡献率为 60.8%,"品种 "因素的贡献率为 31.2%。品种 Belozerny 110(bi = 1.16)和 Siderat 46(bi = 1.39)具有很高的生态可塑性。生态稳定性最高的品种是 Siderat 46 和 Uzkolistny 53,这两个基因型的 Sd2 = 0.02。Vityaz 品种的抗逆性超过了其他品种。遗传灵活性最高的品种是 Siderat 46、Vityaz、Belorozovy 144 和 SN 78-07 样本。产量范围为 34.4 %(Vityaz)- 50.0 %(Nadezhda)。在基因组学中,根据适应能力,窄叶羽扇豆品种的分布呈递减趋势,具体如下:Siderat 46 > Vityaz > SN 78-7 = Narrow-leaved 53 > Belorozovy 144 > Belozerny 110 > Nadezhda > Bryansky Kormovoy。
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