红豆树林分密度与产量

S. A. Ignatiev, A. A. Regidin, N. S. Kravchenko, K. N. Goryunov
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引用次数: 0

摘要

长时间的植被以及季节和植被期导致的天气和气候条件的变化导致红豆属植物的损失以及饲料和种子生产力的下降。鉴定对其种植的特定地区的农业气候条件具有高度适应性的新品种,根据一年的生命研究各种经济性状的变化模式,将使红豆植物选择更高产和更适应的品系和形式。本文的目的是根据红豆品种和新品种的生产能力,对其3年寿命内的植株密度进行研究。该研究是在顿斯科伊FSBSI农业研究中心多年生牧草育种和种子生产实验室进行的。在苗圃进行品种初步试验的研究对象是具有饲料和种子生产潜力的3个沙红豆品种和6个系。罗斯托夫地区南部的条件使种植密度为309-313株/平方米的幼苗成为可能,田间种子发芽率为75.2 - 80.2%。播种第二年,林分密度在198 ~ 251株/ m2之间变化。在此密度下,干质量产量可达6.41 ~ 7.17吨/公顷。第三年,植株密度较前一年显著下降,从109株/ m2下降到127株/ m2,而干质量产量在6.25 ~ 7.13 t/ha之间。所研究品种和品系的生芽数在第二年的981 ~ 1244个/ m2之间变化,而最佳品系的种子产量为0.90 ~ 0.95 t/ m2,第三年为415 ~ 525个/ m2,而最佳品系的种子产量为0.85 ~ 1.09 t/ha。
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Stand density and productivity of sainfoin
Prolonged vegetation and changes in weather and climatic conditions according to seasons and vegetation periods result in the loss of sainfoin plants and a decrease in productivity of forage and seeds. The identification of new varieties with high adaptability to the agroclimatic conditions of a particular region of their cultivation, the study of patterns of changes in various economic traits according to a year of life will allow selecting more productive and adapted lines and forms of sainfoin plants. The purpose of current paper was to present the study of plant density of sainfoin varieties and new lines during 3 years of life according to their productivity. The study was carried out in the laboratory for breeding and seed production of perennial grasses of the FSBSI Agricultural Research Center «Donskoy». The objects of study in the nursery for preliminary variety testing were 3 varieties and 6 lines of sandy sainfoin that were promising for feed and seed productivity. Conditions in the south of the Rostov region made it possible to obtain seedlings with a plant density of 309–313 pcs/m 2 with a field seed germination rate of 75.2–80.2 %. In the second year of sowing, the plant stand density varied from 198 pcs/m 2 to 251 pcs/m 2 . With such plant density there has been formed a dry mass yield of 6.41–7.17 t/ha. In the third year, the plant density compared to the previous year decreased significantly and varied from 109 pcs/m 2 to 127 pcs/m 2 , while the dry mass yield was formed at 6.25–7.13 t/ha. The number of gen erative shoots in the studied varieties and lines varied over the years from 981 pcs/m 2 to 1244 pcs/m 2 in the second year, while the seed productivity of the best lines was 0.90–0.95 t/ha, and from 415 pcs/m 2 to 525 pcs/m 2 in the third year of life, while the best lines had a seed yield of 0.85–1.09 t/ha.
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