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首页> 外文期刊>Journal of Agricultural and Biological Science >Study on effect of soybean and tea intercropping on yield and yield components of soybean and tea
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Study on effect of soybean and tea intercropping on yield and yield components of soybean and tea

机译:大豆和茶间作对大豆和茶产量及产量构成影响的研究。

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The factorial experiment (2×2×3) was done over five years to survey the best planting and density patterns of two cultivars of soybean in a cleanly pruned tea plantation. The effects of these three factors were studied on soybean and tea yield and yield ingredients. The first factor (i.e., soybean cultivars) was distributed in two levels including Williams and Williams Chipava cultivars, as well as second factor (i.e., planting pattern) was doled out in two levels including single and double row planting. The third factor (density of planting) contained 12, 17 and 22 plants per m-2. The results showed that planting pattern and interaction of "cultivar × density" had significant effect (p-2 had the highest yield. While Williams's cultivar produced minimum yield by 12 and 22 plants m-2, respectively. Planting pattern resulted in tea yield rising (p
机译:在五年中进行了析因试验(2×2×3),以调查干净修剪的茶园中两个大豆品种的最佳播种和密度模式。研究了这三个因素对大豆和茶产量及产量成分的影响。第一个因素(即大豆品种)分布在两个级别,包括Williams和Williams Chipava品种,第二个因素(即种植模式)分布在两个级别中,包括单行和双行种植。第三个因素(种植密度)为每m -2 包含12、17和22棵植物。结果表明,种植模式和“品种×密度”互作效应显着(p-2 产量最高;而威廉姆斯品种的m -2 。种植方式导致茶叶产量上升(p

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