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首页> 外文期刊>Journal of Pure & Applied Microbiology >Evaluation of Soil Fertility Status from Milkipur Village, Arajiline Block, Varanasi, District, Uttar Pradesh, in Relation toSoil Characteristics
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Evaluation of Soil Fertility Status from Milkipur Village, Arajiline Block, Varanasi, District, Uttar Pradesh, in Relation toSoil Characteristics

机译:北方邦瓦拉纳西地区Arajiline街区Milkipur村土壤肥力状况与土壤特性的关系评估

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摘要

Soil fertility evaluation of an area or region is an important aspect in context of sustainable agriculture production. The macro nutrients govern the fertility of soils and control the growth and yields of crops. The area which was selected for the study is Milkipur. The aim of this study was to evaluate soil fertility status from Milkipur village, Varanasi district, U.P. 38 surface soil (0-15 cm) samples were analyzed for various soil fertility parameters like pH, EC, Organic matter, available N, Pand K. Bulk density, Particle density and Porosity by standard procedure. The pH ranged from 6.5 to 8.0 reflecting nearly neutral to slightly alkaline nature of soils. EC ranges between 0.07 to 0.60dSm'. Organic carbon ranges from 0.33 to 0.75%.42% samples showing low and 57.89% samples showing medium organic carbon status respectively. 100% samples are in low status in available N and most of the soil samples have medium status in P and K, 14.2% soil samples are high in Phosphorous improper agriculture practices, intensive farming, monoculture type of cropping pattern and over irrigation are responsible for degradation of soil fertility from the area. Bulk density ranges from 1.35 to 1.42Mg m ', Particle density ranges from 2.24 to 2.39 Mg m"3 and Porosity ranges from 36.1 to 54.0%. To overcome the adverse effect, complementary use of biofertilizers, organic manures in suitable combination of chemical fertilizers were suggested. Awareness camps, rallies, and training program can be arranged for farmers regarding the benefits of balanced use of chemical fertilizers and use of organic agriculture in crop production in improving soil fertility and nutrition status. To overcome the adverse effect, complimentary use of biofertilizers, organic manure insuitable combination of chemical fertilizers were suggested. Awareness camps, rallies and training programmes can be arranged for farmers regarding the benefits of balanced use of chemical fertilizers and use of organic agriculture in crop production inimproving soil fertility and nutrition status.
机译:在可持续农业生产的背景下,一个地区或地区的土壤肥力评估是一个重要方面。大量营养素控制着土壤的肥力,控制着作物的生长和单产。选择进行研究的区域是米尔基布尔。这项研究的目的是评估美国瓦拉纳西地区米尔基布尔村的土壤肥力状况。对38个表层土壤(0-15厘米)样品进行了各种土壤肥力参数分析,例如pH,EC,有机质,有效氮,P和K。堆积密度,颗粒密度和孔隙度采用标准程序进行。 pH值在6.5至8.0范围内,反映了土壤的几乎中性至弱碱性。 EC在0.07至0.60dSm'之间。有机碳范围从0.33到0.75%.42%的样品分别显示低和57.89%的样品显示中等的有机碳状态。 100%的样品中有效氮含量较低,大多数土壤样品中P和K含量处于中等水平,磷不当农业生产,集约化种植,单一种植类型的种植方式和过度灌溉是造成14.2%土壤样品较高的原因。该地区土壤肥力的下降。堆积密度为1.35至1.42Mg m',颗粒密度为2.24至2.39 Mg m“ 3,孔隙度为36.1至54.0%。为克服不利影响,可在适当的化学肥料组合中配合使用生物肥料,有机肥料可以为农民安排意识营,集会和培训计划,以了解平衡使用化肥和有机农业在作物生产中对改善土壤肥力和营养状况的好处。建议使用生物肥料,有机肥和化学肥料的适当组合,可以为农民安排意识营,集会和培训计划,以了解平衡使用化学肥料和有机农业在作物生产中的益处,从而改善土壤肥力和营养状况。

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