THE ROLE OF ORGANIC FERTILIZERS (STRAW, GREEN MANURE, CROP-ROOT REMAINS) IN HUMUS REPRODUCTION AND PRESERVATION IN THE SOIL

A. Kulikova, E. Yashin, E. A. Cherkasov, E. Volkova
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Abstract

The paper presents results of thestudies on assessment of the role of organic substances created in crop rotation agrocenoses and used as fertilizer for agricultural crops (straw, green manure, crop- root residues). The studies were carried out in a five-field grain crop rotation with alternation: vetch-oat mixture as a green manure crop - winter wheat - millet - spring wheat - barley. The scheme of the experiment consisted of six variants with application of organic, organo-mineral and mineral fertilizers: 1. Control (green manure); 2. Straw of the forecrop; 3.Straw of the forecrop+ 10 kg of nitrogen (urea) per 1 ton of straw; 4.Straw of the forecrop+ Biocomposite-correctbiological preparation; 5.Biocomposite-correctbiopreparation; 6. NPK (doses of fertilizers for the planned yield of winter wheat 4.5 t/ha, millet 4.0 t/ha, spring wheat 4.0 t/ha, barley 4.0 t/ha). It was found that usage of straw as an organic fertilizer contributes to an increase of crop yields in the first year of application. Its effectiveness is greatly increased in combination with a nitrogen supplement and a biological product: the increase of grain yield was (depending on crops) from 0.19 to 0.51 t/ha. The amount of organic matter entering the soil per 1 hectare of crop rotation area in case of combined usage of green manure, straw and crop-root residues was 2 times higher than the control variant (green manure). Complete reproduction and preservation of humus content is possible in case of combined usage of green manure, straw, crop- root residues and biological preparations as organic fertilizers in order to improve the conditions of their decomposition.
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有机肥(秸秆、绿肥、作物残根)在土壤腐殖质繁殖和保存中的作用
本文介绍了轮作过程中产生的有机物质(秸秆、绿肥、作物根系残茬)作为农作物肥料的作用评价研究结果。本研究是在五田粮食轮作中进行的,轮作为:豌豆-燕麦混合作为绿肥作物-冬小麦-小米-春小麦-大麦。试验方案由6个品种组成,分别施用有机肥、有机无机肥和无机肥料。控制(绿肥);2. 庄稼的稻草;3.前茬秸秆+每1吨秸秆施氮(尿素)10公斤;4.农作物秸秆+生物复合材料-正确的生物制剂;5. biocomposite-correctbiopreparation;6. 氮磷钾(计划产量冬小麦4.5吨/公顷,谷子4.0吨/公顷,春小麦4.0吨/公顷,大麦4.0吨/公顷的肥料用量)。结果表明,秸秆有机肥在施用第一年有利于作物产量的提高。与补氮剂和生物制品相结合,其有效性大大提高:粮食产量(取决于作物)从0.19吨/公顷增加到0.51吨/公顷。绿肥、秸秆和秸秆秸秆复合施用时,每公顷轮作面积土壤有机质进入量比对照(绿肥)高2倍。绿肥、秸秆、作物残根和生物制剂配合施用有机肥,改善腐殖质分解的条件,可以使腐殖质含量完全再生和保存。
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