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首页> 外文期刊>International Journal of Agriculture, Environment and Biotechnology >Economic analysis on chilli production in the Gangeticalluvial soil
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Economic analysis on chilli production in the Gangeticalluvial soil

机译:恒河冲积土中辣椒生产的经济分析

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摘要

Primary data were collected from on farm trials on four popular chilli varieties of Varanasi region at four levels of fertilization to test the farmer's practice of crop dressing with N, P and K fertilizers after every picking of green chilli. Among the tested varieties, highest yield was recorded with ARCH-226 but highest benefit with LCA-235 varieties for this region. Application of fertilizer N_(300) P_(120) K_(120)kg ha~(-1) enhanced 17.5% yield of chilli over recommended N_(150)P_(80) kg ha~(-1)fertilizer application. An additional yield of 41.4 q ha~(-1) green chilli was resumed when treated with farmer's practice of application P_(150) K_(150) kg ha~(-1) over the control. The estimated cost: benefit ratio was highest (1: 2.6 to 2.94) in LCA-235 followed by ARCH-226 (1: 1.78 to 2.18) and lowest (1: 0.58 to 0.95) in ARCH-006 under varied level of fertilization. Highest cost: benefit ratio was obtained when the crop grown under P_(150) K_(150) kg ha~(-1) level of fertilization, irrespective of varieties. An increase in 30% factor productivity with additional benefit to the tune of rupees sixteen thousands per hectare was realized when the crop grown under repeated top dressing with N, P and K after every picking of green chilli as compared to recommended fertilizer application. A mean increase in 35% factor productivity was realized under intervention of variation in seed. The linear equations was a good fit for leaf net C- assimilation rate (R~2= 0.97), and yield (R~2= 0.94) and the slopeof the trend line indicated a steady increase of 2.3 (xmolcm~(-2)S~(-1) net C-assimilation rate and 13.7 q/ha green chilli production with additional application of N@ 100, P @ 20 and K @ 30 kg/ha.
机译:原始数据来自瓦拉纳西地区四个流行辣椒品种在四个施肥水平下的农场试验,以测试农民每次采摘绿色辣椒后使用N,P和K肥料进行拌种的做法。在测试的品种中,ARCH-226的产量最高,而LCA-235的收益最高。与推荐的N_(150)P_(80)kg ha〜(-1)肥料相比,施用N_(300)P_(120)K_(120)kg ha〜(-1)可使辣椒的产量提高17.5%。当采用农民在对照上施用P_(150)K_(150)kg ha〜(-1)的做法处理后,绿辣椒的额外产量恢复为41.4 q ha〜(-1)。在不同的施肥水平下,LCA-235的估计成本:效益比最高(1:2.6至2.94),其次是ARCH-226(1:1.78至2.18),最低的是ARCH-226(1:0.58至0.95)。最高成本:在不同施肥水平下,在P_(150)K_(150)kg ha〜(-1)水平下种植的农作物都能获得最高的收益率。与推荐的肥料施用方式相比,每次采摘绿辣椒后,在氮,磷,钾的重复追肥条件下种植的农作物,可使每公顷卢比提高30%的要素生产率。在种子变异的干预下,平均生产率提高了35%。线性方程非常适合叶片净碳同化率(R〜2 = 0.97),产量(R〜2 = 0.94),趋势线的斜率表明稳定增加2.3(xmolcm〜(-2) S〜(-1)净C同化率和13.7 q / ha绿辣椒产量,另外施用N @ 100,P @ 20和K @ 30 kg / ha。

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