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首页> 外文期刊>Research on Crops >Effect of residual fertility of preceding marigold crop on growth, yield and nutrient uptake of radish [Raphanus sativus L.) crop
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Effect of residual fertility of preceding marigold crop on growth, yield and nutrient uptake of radish [Raphanus sativus L.) crop

机译:万寿菊先前作物的剩余肥力对萝卜[Raphanus sativus L.]作物生长,产量和养分吸收的影响

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摘要

A field experiment was carried out to study the effect of residual fertility of organic manures and biofertilizers of preceding marigold crop on growth, yield and nutrient uptake of radish crop for consecutive two years (2008-10) at Students' Farm, College of Agriculture, Acharya N. G. Ranga Agricultural University, Hyderabad, Andhra Pradesh. In the present experiment, radish was raised immediately after marigold crop in the same plots without disturbing the layout to study the residual fertility oforganic manures and biofertilizers on succeeding radish crop. Among the different treatments imposed, treatment GM+CC 6 t/ha+BF recorded highest plant height (22.89 cm), number of leaves per plant (7.53), fresh weight of leaf (30.26 g), fresh weight of root (64.74 g/plant), dry weight of leaf (14.18 q/ha), dry weight of root (17.88 q/ha), root length (20.39 cm), root girth (3.63 cm), root yield (19.26 t/ha), T. S. S. (4.05%) and ascorbic acid content (14.53 mg/g fresh weight), N uptake by leaf (30.63 kg/ha) and root (48.94 kg/ha), P uptake by leaf (6.52 kg/ ha) and root (10.79 kg/ha) and K uptake by leaf (30.82 kg/ha) and root (48.34 kg/ha) at harvest. Available nitrogen (236.21 kg/ha), phosphorus (33.85 kg/ha) and potassium (251.05 kg/ha) in soil after harvest of radish were high with GM+CC 6 t/ha+BF.
机译:在农业学院学生农场,连续两年(2008-10)进行了田间试验,研究了先前万寿菊作物有机肥和生物肥料的残留肥力对萝卜作物生长,产量和养分吸收的影响,阿查里亚NG朗加农业大学,安得拉邦海得拉巴。在本实验中,在相同地块的万寿菊作物种植后立即提起了萝卜,而又不影响布局,以研究后续萝卜作物上有机肥和生物肥料的残留肥力。在所施加的不同处理方法中,GM + CC 6 t / ha + BF处理记录最高植株高度(22.89 cm),单株叶片数(7.53),叶鲜重(30.26 g),根鲜重(64.74 g)。 /株),叶干重(14.18 q / ha),根干重(17.88 q / ha),根长(20.39 cm),根周长(3.63 cm),根产量(19.26 t / ha),TSS (4.05%)和抗坏血酸含量(14.53 mg / g鲜重),叶片(30.63 kg / ha)和根系(48.94 kg / ha)的氮吸收,叶片(6.52 kg / ha)和根系(10.79)的P吸收kg / ha)和收获时叶片(30.82 kg / ha)和根(48.34 kg / ha)的钾吸收量。 GM + CC 6 t / ha + BF时,萝卜收获后土壤中的有效氮(236.21 kg / ha),磷(33.85 kg / ha)和钾(251.05 kg / ha)高。

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