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Productivity and economics of medicinal rice Njavara (Oryza sativa L.) as influenced by different establishment techniques in lowland condition of Kerala, India

机译:在印度喀拉拉邦低地条件下,不同种植技术对药材Njavara(Oryza sativa L.)的生产力和经济影响

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Field experiments were conducted at Cropping Systems Research Centre, Karamana, Thiruvananthapuram, Kerala during summer/third crop/puncha season in 2007 and 2008 to find out the effect of nutrient sources under different management systems. The experiment was laid out in split plot design with four replicates. The treatments consisted of four management systems, viz., System of Rice Intensification SRI (M1), Integrated Crop Establishment Method (ICM) (M2), Package of Practices (PoP) (M3) of Kerala Agricultural University and Conventional Management Practices (M4) in main plot. Nutrient sources, such as organic sources (S1), integrated nutrient sources (S2) and inorganic sources (S3) were the sub plot treatments. Conventional management practices (M4) recorded higher values of growth (height of plants, number of leaves hill-1, leaf area index (LAI) and number of tillers per unit area) and yield attributes (No. of productive tillers m-2, grain and straw yield). Sources of nutrients did not influence growth characters in Njavara. Among the nutrient sources, higher number of grains panicle-1, filled grains panicle-1 and crop yield (grain and straw) were recorded under integrated nutrient source than organic and inorganic sources. The maximum net return (30,562 Rs ha-1) and B:C ratio of 2.40 were also noted under the conventional management practices with integrated nutrient source.
机译:在2007年和2008年夏季/第三季/ puncha季期间,在喀拉拉邦喀拉拉邦的卡拉马纳农作物系统研究中心进行了田间试验,以了解不同管理体系下养分来源的影响。实验以四份重复的分块图设计进行。这些处理方法包括四个管理系统,即水稻强化SRI系统(M1),综合作物种植方法(ICM)(M2),喀拉拉邦农业大学的实践包(PoP)(M3)和常规管理实践(M4)。 )。子区处理包括有机源(S1),综合营养源(S2)和无机源(S3)等营养源​​。常规管理实践(M4)记录了较高的生长值(植物的高度,山丘1的叶子数,叶面积指数(LAI)和每单位面积的分till数)和产量属性(生产性分till数m-2,谷物和稻草的产量)。营养物质的来源不影响Njavara的生长特性。在养分来源中,与有机和无机来源相比,在综合养分来源下记录的谷粒-1,实粒谷粒-1和作物产量(谷物和稻草)的数量更高。在传统的养分来源综合管理方法下,最大净收益(30,562 Rs ha-1)和B:C比为2.40。

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