采集紫花苜蓿样本的一些形态特征对三年生长周期内生产率的影响

K. Goryunov, A. Regidin, S. Ignatiev
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摘要

本文介绍了 2021 年至 2023 年期间在 "顿斯科伊 "农业研究中心试验地块紫花苜蓿采集圃进行的研究。研究的目的是确定采集的紫花苜蓿样本的绿色质量生产率与植物形态特征的关系。研究对象是在 FSBSI ARC "Donskoy "培育的 105 个紫花苜蓿样本。采用人工播种,行距为 20 厘米。小区面积为 1 平方米,双倍重复。紫花苜蓿的播种量为 2 克/平方米。标准品种为 "罗斯托夫斯卡娅 90"。结果表明,在 3 年时间里,根据植株高度划分的两组样本的紫花苜蓿绿色质量平均生产率最高:1)80-85 厘米 - 8.10 千克/平方米(样本 "SGP-424"、"SPC 401/2000");2)105-110 厘米 - 7.88 千克/平方米("SGP-162"、"SGP-189"、"SGP-175 "等)。在最佳分蘖值(15-20 株)中,紫花苜蓿的这一产量指标最高(7.81 千克/平方米)。紫花苜蓿绿量生产率最高的是叶面积为 48-50 % 和 42-44 % 的样本。紫花苜蓿样本的绿色质量生产力在 3.33-10.49 公斤/平方米的范围内变化。其中有 7 个样本的生产率在 9.09 千克/平方米到 10.49 千克/平方米之间。选出的样本绿量生产率最高,植株高大,叶片肥厚,叶片长度最长,干草产量最高。
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The effect of some morphological traits of collection alfalfa samples on productivity through a three-year growing cycle
The current paper has presented the study conducted in the alfalfa collection nursery on the experimental plots of the Agricultural Research Center “Donskoy” in the period from 2021 to 2023. The purpose of the study was to determine the dependence of green mass productivity of collection alfalfa samples on the morphological traits of plants. The object of the study was a collection of alfalfa, consisting of 105 samples developed created at FSBSI ARC “Donskoy”. Sowing was carried out manually, with row spacing of 20 cm. The area of the plots was 1 m2 , with double repetition. The seed-sowing rate for alfalfa was 2 g/m2 . The standard variety was ‘Rostovskaya 90’. As a result, there was revealed that over 3 years the highest mean productivity of alfalfa green mass was formed in two groups of samples according to plant height: 1) 80–85 cm – 8.10 kg/m2 (the samples ‘SGP-424’, ‘SPCh 401/2000’); 2) 105–110 cm – 7.88 kg/m2 (‘SGP-162’, ‘SGP-189’, ‘SGP-175’, etc.). This indicator of alfalfa productivity was the highest (7.81 kg/m2 ) in the optimal values of tillering (15–20 pcs.). The highest alfalfa green mass productivity was formed by the samples with foliage of 48–50 % and 42–44 %. The green mass productivity of alfalfa samples varied within the range of 3.33–10.49 kg/m2 . There have been identified 7 samples which productivity ranged from 9.09 kg/m2 to 10.49 kg/m2. There have been selected the samples that combined the highest green mass productivity with tallness and high foliage of plants, as well as the greatest leaf length and hay yields.
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