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首页> 外文期刊>International Journal of Agriculture, Environment and Biotechnology >Soil Nutrient Status of Gosani Block Under Gajapati District, Odisha
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Soil Nutrient Status of Gosani Block Under Gajapati District, Odisha

机译:奥迪沙Gajapati区下戈萨尼块土壤养分状况

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The present investigation was led during the year 2018–19 at Department of Soil Science and Agricultural Chemistry, M.S. Swaminathan School of Agriculture, Gajapati, Odisha with intend to consider supplement status of various village of Gosani square. The examples were gathered from various homesteads and towns of Gosani square. At that point test investigated according to standard strategy for surveying pH, EC, OC, and significant supplements like accessible nitrogen, phosphorous and potassium withmicronutrients like zinc, copper, manganese and iron status of soils. The pH of soils changed from 6.13 to 6.44 and EC shifted from 0.06 to 0.34 dS/m. The natural carbon content in ranch soils was shifted from 0.35 to 0.55%. The accessible nitrogen, phosphorous and potassium ran from 125 to 250 and 31 to 41 and 185 to 542 kg/ha individually. The accessible zinc, copper, manganese and iron went from 1.08 to 2.92, 0.90 to 3.06, 9.96 to 27.90 and 17.02 to 74.14 mg/kg individually. The outcomes demonstratethat result were somewhat acidic in response, non-saline and low in natural carbon. The results were low to medium in accessible nitrogen and high in accessible phosphorous and medium to high in accessible potassium. The micronutrient status like accessible zinc was low to satisfactory and accessible copper, manganese; iron were sufficient sum found in soils. The outcomes presume that decent use of supplements required for fruitful harvest creation and advancement of vegetable in various villages underGosani Block.
机译:本着2018 - 19年的土壤科学与农业化学系,M。。奥迪沙·瓦帕塔尼·农业农业学院,奥迪沙有意考虑各个村庄戈斯坦广场的补充地位。这些例子是从戈萨尼广场的各种宅基地和城镇收集的。在该点测试,根据用于测量pH,EC,OC和具有可达氮,磷和钾等锌,铜,锰和铁土壤的铁状况的标准策略进行调查。土壤的pH从6.13变为6.44,EC从0.06转移到0.34 ds / m。牧场土壤中的天然碳含量从0.35转移到0.55%。可移的氮气,磷和钾在125至250和31至41和185至41和185至542千克/公顷。可触及的锌,铜,锰和铁从1.08到2.92,0.90到3.06,9.96到27.90和17.02分别为74.14 mg / kg。结果证明了结果在响应,非盐水和天然碳中的低酸性。结果低至可偏转氮气中的培养基,高于可接近的钾中的磷和培养基中的高。锰锌等微量营养素地位低至令人满意,可达铜,锰;铁是土壤中发现的足够的总和。结果假设在富有村庄嵌入群体中的富有成效的收获创作和蔬菜进步所需的补充剂。

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