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Economics of Different Intercropping Systems of Maize under Mycorrhizal Inoculation and Different Fertilizer Levels

机译:菌根接种和不同施肥水平下不同玉米间作系统的经济学

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A field experiment was conducted in order to evaluate the economics of different intercropping systems of maize under mycorrhizal inoculation and different fertilizer levels at Eastern Block Farm, Tamil Nadu Agricultural University, Coimbatore during the winter season in 2011 and 2012. The experiments were laid out in split-split plot design with three factors. In main plots viz., intercropping systems [sole maize (I_(1)), maize+cowpea (I_(2)), maize+greengram (I_(3))]. Two mycorrhizal treatments viz ., no mycorrhizal inoculation (control) (M~(-)) and inoculation of mycorrhiza (M~(+)) were included under sub plot. Three fertilizer levels viz ., 75% RDF (F_(1)), 100% RDF (F_(2)), and 125% RDF (F_(3)) under sub-sub plot. Data regarding net field benefit, benefit cost ratio, dominance analysis, and marginal rate of return were collected. The experimental results showed that maximum Net Field Benefits of Rs. 1,25,990 during 2011 and Rs. 1,14, 215 during 2012 were recorded in maize +cowpea intercropping system along with mycorrhizal inoculation and 100% RDF (I_(2)F_(2)M~(+)), respectively. While the maximum benefit cost ratio (BCR) of 3.45 and 2.74 was found in maize +cowpea intercropping system along with 100% RDF and with mycorrhizal inoculation (I_(2)F_(2)M~(+)) during the year 2011 and 2012, respectively. Dominance analysis of maize intercropped with green gram along with mycorrhizal inoculation and different fertilizer levels at 75% RDF, 100%RDF and 125% RDF, respectively were dominated dominated due to their lower net field benefits as compared to other treatments, while maximum marginal rate of return (8911%) was obtained by sole maize without mycorrhizal inoculation and fertilizer level of 75% RDF (I_(1)F_(1)M~(+)) during 2011. In 2012, maize intercropped with greengram without mycorrhizal inoculation and fertilizer level at the rate of 100% RDF recorded maximum marginal rate of returns (6167%) than other treatments.
机译:为了评估在2011年和2012年冬季,菌根接种和不同肥料水平下玉米在不同菌种间作的经济性,该研究在2011和2012年冬季于哥印拜陀的泰米尔纳德邦农业大学,哥印拜陀市进行。具有三个因素的分割图设计。在主要地块,即间作系统中[单独的玉米(I_(1)),玉米+ co豆(I_(2)),玉米+格林格拉姆(I_(3))]。该子图包括两种无菌根治疗方法,即无菌根接种(对照)(M〜(-))和菌根接种(M〜(+))。在子分区中,三个肥料水平分别为75%RDF(F_(1)),100%RDF(F_(2))和125%RDF(F_(3))。收集了有关实地净收益,收益成本比,优势分析和边际收益率的数据。实验结果表明,Rs的最大净田收益。 1,25,990(2011年)和卢比。玉米+ pea豆间作系统在2012年分别记录了1,14,215菌根接种和100%RDF(I_(2)F_(2)M〜(+))。在玉米+ and豆间作系统中,与100%RDF和菌根接种(I_(2)F_(2)M〜(+))相比,在2011年和2004年间最大收益成本比(BCR)为3.45和2.74。 2012年。玉米套种绿豆与菌根接种和不同肥料水平(分别为75%RDF,100%RDF和125%RDF)的优势分析占主导地位,因为与其他处理相比,它们的净田间收益较低单株玉米无菌根接种,化肥水平为2011年的75%RDF(I_(1)F_(1)M〜(+)),获得的收益率为(8911%)。2012年,玉米与格林格拉套作,无菌根接种和与其他处理相比,以100%RDF的肥料水平记录的最大边际收益率(6167%)。

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