Agrobiological and agrochemical aspects of increasing the yield of sunflower hybrids in the Saratov Trans-Volga region

A. P. Solodovnikov, E. Safonov, I. Gurina, A. V. Lekarev, L. A. Gudova
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Abstract

  Abstract. The article provides an analysis of agrobiological (hybrids, seeding rate) and agrochemical (mineral fertilizers) aspects of increasing the yield and quality of sunflower in the Saratov Trans-Volga region. The results of three-year studies have established that the cultivation of the sunflower hybrid P64LE25 using Ammophos at a dose of 80 kg/ha before the main tillage and Sulfoammophos at a dose of 50 kg/ha when sown at a seeding rate of 60000 pcs. germinating seeds per 1 ha ensures the maximum yield of sunflower oilseeds - 2.02 t/ha. Increasing the seeding rate from 55 thousand to 65 thousand seeds/ha reduced the planting density and field germination by 3.2–3.4%. Mineral fertilization reduced field germination by 0.7–1.5%. The cultivation of the late-ripening hybrid P64LE25 increases the yield of oilseeds by 0.28 t/ha (by 18.8%), oil content by 2.5% compared to the mid-early hybrid P64F66. The seeding rate of 60000 pcs/ha increases the yield of the studied hybrids by 0.23 t/ha (by 15.4%). Mineral fertilization (N8P10S6) provides an increase in the yield of sunflower oil seeds - 0.24 t/ha (by 15.9%), and oil content by 0.4%.
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在萨拉托夫跨伏尔加河地区提高向日葵杂交品种产量的农业生物学和农业化学方面
摘要本文分析了在萨拉托夫跨伏尔加河地区提高向日葵产量和品质的农业生物(杂交、出苗率)和农化(矿质肥料)方面的情况。3年的研究结果表明,在向日葵杂交品种P64LE25的栽培中,主耕前施用80公斤/公顷的磷磷,播种6万株时施用50公斤/公顷的硫磷。每公顷发芽种子可确保向日葵油籽的最高产量——2.02吨/公顷。播种量由5.5万粒/公顷增加到6.5万粒/公顷,播种密度和田间发芽率降低3.2% ~ 3.4%。施用矿物肥料使田间发芽率降低0.7-1.5%。与中早熟杂交种P64F66相比,晚熟杂交种P64LE25的油籽产量提高0.28 t/ hm2(18.8%),含油量提高2.5%。播种量为6万株/公顷时,所研究杂交种的产量可提高0.23 t/公顷(15.4%)。矿物肥(N8P10S6)可使葵花籽产量增加0.24吨/公顷(增加15.9%),含油量增加0.4%。
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