中乌拉尔地区不同休耕类型的轮作生产率及其对草皮腐殖质土壤腐殖质含量的影响

D. S. Fomin, S. S. Polyakova, D. S. Fomin
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引用次数: 0

摘要

这项研究是在彼尔姆地区的草皮重壤土条件下,在1977年制定的长期固定小区试验中进行的。研究的目的是研究各种类型的休耕对轮作生产率和土壤中腐殖质含量的影响。研究提供了两轮(2009-2022 年)休耕-谷物-禾本科作物轮作的数据,轮作中采用了不同的休耕方式--人工休耕、播种三叶草、播种麦冬、侧播三叶草和侧播麦冬--不施用矿物肥料和施用肥料(N60P30K60)。研究发现,在播种的休耕地中,草地三叶草和黄花苜蓿的根部和刈割植物残留物(取决于营养背景)达到 4.08-4.36 吨/公顷,氮含量为 41.8-46.9 千克/公顷,磷含量为 16.7-18.6 千克/公顷,钾含量为 42.7-69.6 千克/公顷。在施用三叶草和三叶草生物质的侧作休耕地中,土壤中的干物质含量分别为 6.99-9.04 吨/公顷和 6.83-8.53 吨/公顷,氮含量为 133.5-148.1 公斤/公顷,磷含量为 34.3-41.2 公斤/公顷,钾含量为 121.2-148.9 公斤/公顷。在休耕地施用有机肥后,在不施用矿物质肥料的情况下,腐殖质含量比初始值(2.04%)增加了 0.19 个绝对百分点,而在施用矿物质肥料的情况下,腐殖质含量比初始值(2.08%)增加了 0.69 个绝对百分点。与传统的纯休耕轮作(每年每公顷 2.08-2.11 吨谷物单位)相比,三叶草侧籽休耕轮作的生产率有所提高(每年每公顷 2.22-2.25 吨谷物单位)。在所有研究的轮作中,作物栽培的能效都很高,在不施矿物质肥料的情况下,能效系数为 3.63...4.48,而 NRK 为 2.38...3.21。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Productivity of crop rotations with different types of fallow and their effect on the humus content in sod-podzolic soil the Middle Urals
The research was carried out in the conditions of the Perm Region on sod-podzolic heavy loamy soils in a long stationary plot trial, laid down in 1977. The purpose of the research is to study the effect of various types of fallow on crop rotation productivity and humus content in the soil. The data are given for two rotations (2009–2022) of fallow-grain–grass crop rotations with various types of fallow – with manurial, sown with clover, sown with melilot, sideral with clover and sideral with melilot – without mineral fertilizers and with fertilizers (N60P30K60). It was found that in the sown fallows, the mass of root and mowing plant residues of meadow clover and yellow melilot, depending on the nutrition background, reaches 4.08–4.36 t/ha with a nitrogen content of 41.8–46.9 kg/ha, phosphorus 16.7–18.6 kg/ha and potassium 42.7–69.6 kg/ha. In sideral fallow with clover and clover biomass, 6.99–9.04 t/ha and 6.83–8.53 t/ha of dry matter with a content of 133.5–148.1 kg/ha of nitrogen, 34.3–41.2 phosphorus and 121.2–148.9 potassium were supplied to the soil, respectively. The application of organic fertilizers in the fallow field contributed to an increase in the humus content by 0.19 abs.% to the initial (2.04 %) in the variant without mineral fertilizers and by 0.69 abs.% in the variant with the introduction of mineral fertilizers to the initial (2.08 %) Clover sideral fallow also contributed to an increase in the humus content in the soil by – 0.38–0.52 abs.%. There was an increased productivity of crop rotation with sideral melilot fallow (2.22–2.25 t/ha of grain units per year) relative to the traditional crop rotation with pure fallow (2.08–2.11 t/ha of grain units per year). Cultivation of crops in all studied crop rotations was energetically efficient, the energy efficiency coefficient was 3.63...4.48 in the variants without mineral fertilizers, against the background of NRK – 2.38...3.21.
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