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首页> 外文期刊>Research in Agriculture, Livestock and Fisheries >Performance of organic manures on the growth and yield of red amaranth (Amaranthus tricolor) and soil properties
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Performance of organic manures on the growth and yield of red amaranth (Amaranthus tricolor) and soil properties

机译:有机肥料对红a菜(Amaranthus tricolor)的生长和产量以及土壤特性的影响

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The experiment was carried out at the research farm of Bangladesh Institute of Nuclear Agriculture, Mymensingh, Bangladesh during December 2015 to January 2016 to evaluate the effects of cow dung (CD), poultry manure (PM) and mustard oil cake (MOC) along with NPK fertilizer amendments on the growth and yield performances of red amaranth in silty loam soil. The treatments were (i) NPK (control), (ii) NPK + CD, (iii) NPK + PM and (iv) NPK + MOC. All three types of manures significantly increased the plant height and numbers of leaves plant-1, thereby fresh weight, yield compared with the control (NPK). The best results in terms of vegetable fresh yield were obtained in the following order: NPK CD PM MOC. Application of MOC is not beneficial due to 30 times higher price than CD and PM. PM added NPK fertilizer combination showed higher vegetable yield (10.87 t hasup-1/sup) than CD added NPK fertilizer combination (10.17 t hasup-1/sup). PM added fertilizer combination also had almost equal investment and cost-benefit ratio in comparison with CD. The lowest marginal benefit-cost ratio (1.09) was observed in MOC added NPK fertilizer combination though it showed higher vegetable yield (11.08 t hasup-1/sup). The farmers’ can be recommended to follow NPK + CD fertilizer combination. Manures applied post soil analysis showed improves the soil physiochemical properties.
机译:该实验于2015年12月至2016年1月在孟加拉国Mymensingh的孟加拉国核农业研究所的研究农场进行,以评估牛粪(CD),家禽粪便(PM)和芥菜油饼(MOC)以及它们的作用。氮磷钾肥对粉质壤土中红a菜生长和产量的影响。处理为(i)NPK(对照),(ii)NPK + CD,(iii)NPK + PM和(iv)NPK + MOC。与对照(NPK)相比,所有三种类型的肥料均显着增加了株高和叶片植物-1的数量,从而增加了鲜重,产量。在蔬菜新鲜产量方面,最佳结果按以下顺序获得:NPK> CD> PM> MOC。由于价格比CD和PM高30倍,因此MOC的应用无益。施用PM的NPK肥料组合的蔬菜产量(10.87 t ha -1 )比施用CD的NPK肥料组合(10.17 t ha -1 )高。与CD相比,PM添加的肥料组合也具有几乎相等的投资和成本效益比。尽管MOC添加的NPK肥料组合具有较高的蔬菜产量(11.08 t ha -1 ),但其边际效益成本比最低(1.09)。可以建议农民遵循NPK + CD肥料的组合。土壤分析后施用的肥料显示出改善的土壤理化特性。

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