肥料和化肥的综合使用对土壤理化性质和椰子产量的影响

S. S. Pawar, R. Bankar, N. Khobragade
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摘要

2014-15 年和 2015-16 年期间,在一个有 30 年栽培历史的 Pratap 型椰子园中进行了一项田间试验,研究肥料和化肥综合利用对土壤理化性质和椰子产量的影响。因此,椰子园一年中分三次施肥(即第一阶段-6 月、第二阶段-10 月和第三阶段-2 月)。施肥前定期收集土壤样本,分析不同的物理化学性质(即 pH 值、EC 值和有机碳)。实验地全年都记录了每种棕榈树的产量。椰子园土壤中的 pH 值、EC 值和有机碳含量显著增加,通过施用 25 千克/棕榈树/年的堆肥+15 千克/棕榈树/年的印楝饼+6 千克/棕榈树/年的蛭石堆肥(T10),椰子园土壤中的 RDN 含量显著增加。此外,第二年的土壤理化性质也比第一年有所改善。通过压块施用 RDF + Azadirachtin + 微量营养元素(T5)的椰子产量最高。因此,可以得出结论,通过 Konkan Annapurna 煤砖分三次(即 6 月、10 月和 2 月)施用 RDF 以及杜鹃素和微量营养元素有利于提高椰子产量。
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Effect of Integrated Use of Manures and Fertilizers on Physico-chemical Properties of Soil and Yield of Coconut (Cocos nucifera L.)
A field experiment was conducted during 2014-15 and 2015-16 in a thirty years old coconut garden of cultivar Pratap to study the effect of Integrated Use of Manures and Fertilizers on Physico-chemical Properties of Soil and Yield of Coconut (Cocos nucifera L.). Accordingly, treatments were applied to coconut orchard in three splits (viz., Stage I- June, Stage II- October and Stage III- February) in a year. Soil samples were collected periodically before fertilizers application and analysed for different physico-chemical properties (viz., pH, EC and organic carbon). The yield of each palm was recorded throughout the year under experimental plot. The application of RDN through FYM at 25 kg/palm/year + Neem Cake at 15 kg/palm/year + Vermicompost at 6 kg/palm/year (T10) recorded significant increase in pH, EC and organic carbon content in soil of coconut orchard. Also the physico-chemical properties of soil found to be improved during second year over the first year of experimentation. The application of RDF + Azadirachtin + Micronutrients through briquettes (T5) received highest yield of coconut. Therefore, it is concluded that application of RDF along with Azadirachtin and Micronutrients through Konkan Annapurna Briquettes in three splits (i.e. June, October and February) is beneficial for increasing the yield of coconut.
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