U. Karbivska, I. Masyk, A. Butenko, V. Onychko, T. Onychko, Lyudmyla Krіuchko, V. Rozhko, O. Karpenko, M. Kozak
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引用次数: 8
摘要
研究了在乌克兰无产化荒草条件下,施用矿质肥料对禾本科草甸农草生长过程中草甸-灰化土生产力和养分平衡的影响。结果表明,籽粒农业生产力与矿质肥料中N、P、K用量和比例的关系符合二次多项式方程(多项式)。在矿质元素中,氮素对草生产力的影响最大。在不同磷钾肥背景下,三次刈割每次施用总剂量N75且氮分布均匀时,禾草产量增加2.82 ~ 3.06 t ha-1干质量,施用N150时增加3.33 ~ 4.93 t ha-1干质量。施用N75每增加1公斤产量可补偿38 ~ 41公斤干质量的氮肥,比施用N150多4 ~ 5公斤。随着施氮量的增加,磷尤其是钾的去除率以及平衡中这些元素的缺乏量均有所增加。与磷和钾剂量无关,最低指数固定在无氮背景下,最高指数固定在N150背景下。
Nutrient Balance of Sod–Podzolic Soil Depending on the Productivity of Meadow Agrophytocenosis and Fertilization
The influence of mineral fertilizers on productivity and nutrient balance of sod–podzolic soil when growing cereal meadow agrophytocenosis under conditions of Precarpathians of Ukraine was researched. It was found that the dependence of cereal agrocenosis productivity on the doses and ratios of N, P, K in mineral fertilizers is described by equation (polynomial) of the 2nd degree. Among the mineral elements, nitrogen is has the greatest influence on grass productivity. When applying the total dose of N75 with even distribution of nitrogen under each of three mowings on different backgrounds of phosphorus-potassium fertilizers, the productivity of cereal grass increases by 2.82–3.06 t ha-1 of dry mass, and when applying N150 by 3.33–4.93 t ha -1 of dry mass. Recoupment of nitrogen fertilizers per 1 kg by yield increase when applying N75 is 38–41 kg of dry mass, which is 4–5 kg more compared to the application of N150. The indices of phosphorus and especially potassium removal, as well as deficiency of these elements in the balance increased along with nitrogen dose. Independently of the phosphorus and potassium doses, the lowest indices are fixed on a nitrogen–free background, and the highest – on the background of N150.