首页> 外文期刊>Communications in Soil Science and Plant Analysis >The Impact of Organic Biofertilizer Application in Dairy Cattle Manure on the Chemical Properties of the Soil and the Growth and Nutritional Status of Urochroa Grass
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The Impact of Organic Biofertilizer Application in Dairy Cattle Manure on the Chemical Properties of the Soil and the Growth and Nutritional Status of Urochroa Grass

机译:有机生物元化器应用在乳制牛粪对土壤化学性质的影响及泛菌草的生长及营养状况

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The management of nitrogen (N) fertilization in pasture has great importance for yield and maintenance of Brazilian livestock. The objective of this study was to evaluate soil chemical attributes, shoot dry weight yield (SDWY) and roots dry weight yield (RDWY), nutritional status and nutritive value of Mulato II Urochloa grass that received organic biofertilizer rates as N source. The treatments were arranged in completely randomized blocks, were fertilized with six organic biofertilizer rates (0, 25, 50, 100, 200, and 400 m(3) ha(-1)) and five replicates during four harvest cycles. There was a quadratic response in the accumulated SDWY for up to a rate of 400 m(3) ha(-1) and RDWY with 330 m(3) ha(-1) of organic biofertilizer. The organic biofertilizer influenced the soil chemical attributes and foliar nutrient concentration. However, only the crude protein content presented a quadratic response, and neutral detergent fiber and acid detergent fiber levels were not affected by the influence of organic biofertilizer applied to the soil.
机译:施用氮气(N)施肥的管理非常重视巴西牲畜的产量和维护。本研究的目的是评估土壤化学物质,芽干重产生(SDWY)和根部干重产生(RDWY),穆托II uroChloa草的营养状况和营养价值,该草原接受有机生物分析器率作为N源。在完全随机化嵌段中排列治疗,用六个有机生物分光器速率(0,25,50,100,200和400μm(3)Ha(-1))施肥,在四个收获循环期间进行5个重复。在累积的SDWY中有一个二次响应,可达400米(3)公顷(-1)和RDWY的速率,具有330米(3)HA(-1)的有机生物元分叉器。有机生物分析器影响了土壤化学归属和叶面养分浓度。然而,只有粗蛋白质含量呈现了二次反应,中性洗涤剂纤维和酸性洗涤剂纤维水平不受施加到土壤的有机生物元素的影响的影响。

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