Yield structure of safflower under the influence of row width and seeding rate

S. M. Kalenska, N. Yu. Hordyna
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Abstract

Purpose. To establish the peculiarities of the productivity formation of different safflower varieties under the influence row width and seeding rate in the Right Bank Forest Steppe of Ukraine. Methods. The research was carried out in typical chernozem at the agronomic research station of the National University of Life and Environmental Sciences of Ukraine in 2021–2022 as a three-factor field experiment. Factor A (variety): ‘Dobrynia’ and ‘Soniachnyi’; factor B (row width): 19, 38, and 57 cm; factor C (seeding rate): 100, 200 and 300 thousand seeds/ha. Results. In the experiment, plant height of the variety ‘Dobrynia’ varied between 100.7 and 114.3 cm and 'Soniachnyi' between 93.5 and 108.9 cm. The number of heads per plant was 15.5–20.6 and 7.0–19.8, 1000-kernel weight 40.6–45.4 g and 38.8–47.7 g, respectively; number of seeds per plant 148–513 and 145–508, seed weight per plant 6.9–22.5 and 6.9–22.7 g/plant. As for plant height, in both varieties, its indicators increased with an increase in the seeding rate for all variants of row widths, reaching maximum values with a row width of 19 cm and a seeding rate of 300,000 seeds/ha. The rest of the biometric parameters, on the contrary, showed a clear regularity to decrease along with an increase in the seeding rate. At the same time, the highest number of heads and the seed weight per plant were in variants with a row width of 38 cm; the highest 1000- kernel weight was for the row width of 57 cm; the highest number of seeds per plant was for the row width of 19 cm. The biological yield of seeds in the experiment ranged from 1.25 to 2.55 t/ha in ‘Dobrynia’ and from 1.21 to 2.52 t/ha in ‘Soniachnyi'. In both varieties, biological yield increased with an increase in the seeding rate, reaching maximum values at a row width of 38 cm. Conclusions. Both studied varieties demonstrated the highest yield for the row width of 38 cm and a seeding rate of 300,000 seeds/ha: 2.55 t/ha ‘Dobrynia’ and 2.52 t/ha ‘Soniachnyi’. Despite the fact that these safflower varieties are recommended for the cultivation in the southern regions, they are quite adaptive for the cultivation in the north of Ukraine as well, taking into account the gradual increase in average annual temperatures and high soil fertility.
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行宽和播量对红花产量结构的影响
目的。探讨乌克兰右岸森林草原不同红花品种在行宽和播量影响下生产力形成的特点。方法。研究于2021-2022年在乌克兰国立生命与环境科学大学农艺研究站的典型黑钙土上进行三因素田间试验。因子A(品种):‘Dobrynia’和‘Soniachnyi’;因子B(行宽):19、38和57厘米;因子C(播种率):10万、20万、30万粒/公顷。结果。试验中,‘Dobrynia’的株高在100.7 ~ 114.3 cm之间,‘Soniachnyi’的株高在93.5 ~ 108.9 cm之间。单株穗数分别为15.5 ~ 20.6和7.0 ~ 19.8,千粒重分别为40.6 ~ 45.4 g和38.8 ~ 47.7 g;单株种子数148 ~ 513和145 ~ 508,单株种子重6.9 ~ 22.5和6.9 ~ 22.7 g/株。在株高方面,两个品种在各行宽变异下,其各项指标均随播种量的增加而增加,在行宽为19 cm、播种量为30万粒/ha时达到最大值。其余的生物特征参数则表现出明显的随播种率增加而降低的规律。同时,行宽为38 cm的变异单株穗数和粒重最高;行宽为57 cm时千粒重最高;行宽为19 cm时单株种子数最高。‘Dobrynia’和‘Soniachnyi’的种子生物产量分别为1.25 ~ 2.55 t/ hm2和1.21 ~ 2.52 t/ hm2。两个品种的生物产量均随播种量的增加而增加,在行宽为38 cm时达到最大值。结论。两种品种均表现出行宽为38 cm时产量最高,出苗率为30万粒/公顷:‘Dobrynia’2.55 t/公顷,‘Soniachnyi’2.52 t/公顷。尽管这些红花品种被推荐用于南部地区的种植,但考虑到年平均气温的逐渐上升和土壤肥力的提高,它们也非常适合乌克兰北部的种植。
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