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首页> 外文期刊>Journal of Agronomy >Effect of sowing date and NPK on the forage yield and quality in the crop combination of maize and cowpea in newer alluvial zone of West Bengal, India.
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Effect of sowing date and NPK on the forage yield and quality in the crop combination of maize and cowpea in newer alluvial zone of West Bengal, India.

机译:播期和氮磷钾对印度西孟加拉邦较新冲积带玉米和and豆作物组合中牧草产量和品质的影响。

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摘要

Growing of more than one crop simultaneously by intercropping on the same land with definite row arrangement is considered effective in achieving maximum production from unit area per unit time. A field experiment was conducted on maize-cowpea intercropping at Grass Land Research Station, State Fodder Production Cum Seed Multiplication Farm, Haringhata, Nadia, West Bengal (23 degrees N Latitude, 89 degrees E Longitudes with elevation of 9.75 m above MSL) during rainy (kharif) season of 2008-2009 and 2009-2010. Maize (AT) and cowpea (E C 4216) were sown during 2008 and 2009 to estimate the effect of application of different NPK doses on forage yield with five treatment combinations including maize as a sole crop. The observation on the effect on quality of green forage yield and dry matter accumulation of different treatments indicated significant variability. Highest forage productions were observed in sole maize (62.1 ton) and (73.9 ton) during 2008 and 2009. Sole maize exhibited highest dry matter (551.08 and 558.65 g-2) production in 2008 and 2009, while, 2:1 with cowpea mixture produced (320.95 g-2) in 2008 and (322.88 g-2) in 2009. Moreover the digestible crude protein content in maize+cowpea (2:1) and cowpea+maize (2:1) exhibited 10.4 and 38.9% increase over control during 2008 while 10.3 and 38.4% in 2009 with N, P2O5, K2O (100:50:50) and (20:60:40), respectively. Therefore, it appears that forage quality and yield of maize with cowpea influenced the quality of forage production in maize based grass-legume intercropping system.
机译:通过在同一土地上以固定的行距进行套种来同时种植一种以上的作物被认为有效地实现了单位时间单位面积的最大产量。在下雨天,在西孟加拉邦哈林哈达,纳迪亚州国家饲料生产兼种子繁殖场的草地研究站进行了玉米-w豆间作试验(北纬23度,东经89度,海拔高9.75 m) (kharif)2008-2009和2009-2010赛季。在2008年和2009年播种了玉米(AT)和were豆(E C 4216),以评估采用五种处理组合(包括玉米作为唯一作物)施用不同NPK剂量对饲草产量的影响。不同处理对青饲料产量和干物质积累质量的影响的观察结果显示出显着的可变性。在2008年和2009年期间,唯一的玉米(62.1吨)和(73.9吨)的草料产量最高。2008年和2009年,单一玉米的干物质产量最高(551.08和558.65 g -2 ),而玉米最高。 ,与cow豆混合物的比例为2:1,2008年和2009年分别为(320.95 g -2 )和(322.88 g -2 )。此外,玉米+ pea豆中的可消化粗蛋白含量(2:1)和cow豆+玉米(2:1)在N,P 2 O 5 的控制下分别比对照增加10.4和38.9%,在2009年分别增加10.3和38.4%。 sub>,K 2 O(100:50:50)和(20:60:40)。因此,看来cow豆玉米的饲草质量和产量会影响玉米基农作物间作系统中饲草的生产质量。

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