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Study Sowing Grasslands Based on Red Clover with Perennial Grasses

机译:基于红三叶草和多年生草的播种草地研究

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Seeded lawns is one of the most important links in the process of improving the forage base, ensure feed quality with high productivity. Mixtures of red clover crops (Trifolium pratense) with perennial grasses (Lolium multiflorum, Phleum pratense and Poa pratensis) has high productivity due to better utilization of ecological niches of the biotope (ROTAR I.et al.). These crops has advantages like high content of protein because of the red clover, economy-based fertilizer nitrogen from atmospheric nitrogen fixation by bacteria Rhizobium spp. located in the root of legumes. These seeded pastures get a balanced feed nutrients (proteins, carbohydrates, lipids), have a high palatability. The species Trifolium pratense has a greater capacity to restore the soil structure and also the enrichment of the macro-elements, like phosphorus and potassium (CARLIER L., et. al). Our experience took place in the village Simonesti, Cob?testi village of the Harghita county. The experimental field was located respecting the experimental technique rules in randomized blocks with a technique that includes three variants based on red clover plus a perennial grass (Lolium multiflorum, Poa pratensis and Phleum pratense). Every version was fertilized with two types of fertilizer: one liquid (gull) and one solid (stable manure) in four different doses in all three variants. The doses were: V1 = 0 gull; V2 = 5 t / ha gull; V3 = 10 t / ha gull; V4 = 20 t / ha gulle and V1 = 0 stable manure; V2 = 10 t / ha stable manure; V3 = 30 t / ha stable manure and V4 = 50 t / ha stable manure. In our studies we present the influence of fertilization with gull and stable manure on yield of green mass of all three variants. In general, both gull fertilization with manure favors grasses at the expense of installing legumes. The higher doses of fertilizer increase, the share of participant of grasses increases.
机译:播种草坪是改善草料基础,确保饲料质量和高生产率过程中最重要的环节之一。由于更好地利用了生态位的生态位(ROTAR I.et al。),红三叶草作物(Trifolium pratense)与多年生草(黑麦草(Lolium multiflorum),Phleum pratense和Poa pratensis)的混合物具有较高的生产力。这些农作物具有优势,例如由于红三叶草而产生的高蛋白质含量,以及通过细菌根瘤菌固定大气中的氮而获得的经济型肥料氮。位于豆科植物的根部。这些播种的牧场获得均衡的饲料营养(蛋白质,碳水化合物,脂质),具有很高的适口性。三叶草物种具有更大的恢复土壤结构的能力,还具有丰富的大量元素,例如磷和钾(CARLIER L.等)。我们的经验发生在Harghita县Cob?testi村庄Simonesti村庄。遵循随机块中的实验技术规则来定位实验领域,该技术包括基于红三叶草和多年生草的三种变种(黑麦草,禾本科和a草)。每个版本都使用两种类型的肥料施肥:在所有三个变体中,四种不同剂量的一种液体(鸥)和一种固体(稳定肥料)。剂量为:V1 = 0鸥; V2 = 5吨/公顷鸥; V3 = 10吨/公顷鸥; V4 = 20吨/公顷古尔,V1 = 0稳定肥料; V2 = 10吨/公顷稳定肥料; V3 = 30吨/公顷稳定肥料,V4 = 50吨/公顷稳定肥料。在我们的研究中,我们介绍了使用海鸥和稳定肥料施肥对这三个变体的生果量的影响。通常,两种带肥料的海鸥施肥均以放牧豆类为代价,有利于草。较高的肥料剂量增加了草的参与者所占的比例。

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