Influence of agrotechnical methods on yield formation and quality of seeds of oil-bearing flax

O. Rudik
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引用次数: 1

Abstract

Cite this article: Rudik, O. L. (2019). Influence of agrotechnical methods on yield formation and quality of seeds of oil-bearing flax. Agrology, 2(1), 3‒9. doi: 10.32819/2617-6106.2018.14011 Abstract. In the field experiments, it was established that the increase of seeding rate significantly raised the density of plant stand per unit area under crops, which stepped up the competition for factors of life. A gradual decrease in field germination rate was recorded in accordance with the increase of seeding rate, and the difference between the extreme seeding rates was 3.6 percentage points for early timing of sowing, 2.3 ‒ for the average timing and 0.8 for the late timing of sowing. Changing the timing of sowing and crowdedness of crops determined the formation of plants of different architectonics and productivity. The plants sown in the middle timing of sowing formed the largest number of pods. On average, by the factor the number of pods was more by 3.8% than in early sowing and more by 7.3% than at the late one. As a result of an increase in seeding rates from 4 to 12 million pieces per hectare, the number of pods decreased by 2.67 times in early sowing, 2.6 times in the middle and 2.59 times in the late sowing. In most cases, the transfer of the sowing timing led to decrease in the number of seeds in one pod. Late sowing also led to a slight decrease in the mass of 1000 seeds, however, at a reliable level, these differences are only observed between early and late timing of sowings. Increasing the seeding rate from 4 to 6 million pieces per hectare was accompanied by an increase in the mass of 1000 seeds, which is possibly connected with the formation of them at the expense of pods of the basal branching shoots. On average, over the years of research, irrespective of the seeding rate, the yield of seeds was significantly higher for the sowing of culture when the soil reached a state of physical mellowness. The translocation of the sowing timing on average for ten and twenty days was accompanied by a decrease in seed yield by 0.02 and 0.18 t/ha, respectively. The values of yield of flax were the closest in the early and middle timings of sowing, whereas at the late timing of sowing the difference was the highest. The most intensive increase of the yield was observed with increasing of seeding rates from 4 to 6 million pcs/ha. In the sequel, the differences between the variants 8 and 10 million pcs/ha at early timing of sowing, 6 and 8 million pcs/ha at middle and late timing of sowing were within the range of the experimental error or were close. Under the influence of the investigated factors, the yield of straw varied from 1.24 to 1.79 t/ha. Sowing of oil-bearing flax at early timing provided a higher yield of straw, an average of 1.74 t/ha. Conducting of sowing in the late timing was accompanied by decrease in the content of the bast tissue.
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农业技术方法对含油亚麻产量形成及种子品质的影响
引用本文:Rudik,O.L.(2019)。农业技术方法对含油亚麻产量形成及种子品质的影响。农学,2(1),3-9。doi:10.32819/2617-6106.2018.14011摘要。田间试验表明,播种率的提高显著提高了作物单位面积林分密度,加剧了对生命因子的竞争。随着播种率的增加,田间发芽率逐渐下降,播种早期的极端播种率之间的差异为3.6个百分点,平均播种时间为2.3个百分点,播种后期为0.8个百分点。改变播种时间和作物的拥挤程度决定了不同结构和生产力的植物的形成。在播种中期播种的植物形成的荚数最多。平均而言,从这个因素来看,荚的数量比早播时多3.8%,比晚播时多7.3%。由于播种率从每公顷400万片增加到1200万片,早播时荚数减少了2.67倍,中期减少了2.6倍,晚播时减少了2.59倍。在大多数情况下,播种时间的改变导致一个荚中的种子数量减少。晚播也导致1000粒种子的质量略有下降,然而,在可靠的水平上,这些差异仅在播种的早期和晚期之间观察到。将播种率从每公顷400万粒增加到600万粒,同时增加了1000粒种子的质量,这可能与以牺牲基部分枝芽荚为代价形成种子有关。平均而言,经过多年的研究,无论播种率如何,当土壤达到物理成熟状态时,播种培养物的种子产量都要高得多。播种时间平均错开10天和20天,种子产量分别下降0.02和0.18吨/公顷。亚麻产量值在播种前期和中期最接近,而在播种后期差异最大。随着播种量从400万株/公顷增加到600万株/ha,产量增长最为显著。在后续研究中,在播种早期,变体800万和1000万个/公顷,在播种中后期,变体600万和800万个/ha之间的差异在实验误差范围内或接近。在研究因素的影响下,秸秆产量在1.24-1.79t/ha之间变化。早播含油亚麻秸秆产量较高,平均1.74t/ha。播种时间较晚,韧皮部组织含量下降。
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