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首页> 外文期刊>Dynamic Soil, Dynamic Plant >Effect of Vermicompost and Chemical Fertilizer on Growth and Yield of Hyacinth Bean, Lablab purpureus (L.) Sweet
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Effect of Vermicompost and Chemical Fertilizer on Growth and Yield of Hyacinth Bean, Lablab purpureus (L.) Sweet

机译:com肥和化肥对紫花扁豆(Lablab purpureus(L.)Sweet)的生长和产量的影响

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摘要

A 180-day field trial (Randomized Block Design) was carried out with 14 different treatments, using vermicomposts of Polyalthia longifolia leaf litter + cowdung (1:1, VC-PL), pearl millet cobs + cowdung (1:1, VC-PT) and a weed, Rottboellia exaltata +cowdung (1:1, VC-RE), chemical fertilizer and combination of vermicompost and chemical fertilizer with Lablab purpureus (L.) Sweet. The results of the study showed that all the growth and yield parameters i.e. leaf area index, total chlorophyll content of leaves, dry matter production, number of primary branches per plant, day of first flower appearance, length of fruits, dry weight of 100 seeds, yield (fruit) per plant, yield per plot and yield per hectare were significantly higher in the plots which received vermicompost, chemical fertilizer and vermicompost + chemical fertilizer mixture than in the control plots (P<0.05). The highest fruit yield (fresh weight) of 109 tonnes ha~(-1) was recorded in the treatment which received 2.5 tonnes of vermicompost (VC-RE prepared using Perionyx ceylanensis) + l/2 dose of recommended NPK ha~(-1), while it was 61.9 tonnes ha~(-1) in control plots without vermicompost and/or chemical fertilizer. The available soil nutrients (nitrogen, phosphorus and potassium) were higher in the plots which received vermicompost than in the plots that received chemical fertilizer and those that received chemical fertilizer + vermicompost mixture. The uptake of nutrients by the plants was high in the plots which received chemicalfertilizer + vermicompost mixture over the plots which received chemical fertilizer and vermicompost. The available NPK after harvest in soil collected from the plots treated with chemical fertilizers were 244, 32.9 and 100 kg ha~(-1) which were higherthan in the control plots and lower than in the plots that received chemical fertilizer + vermicompost mixture. The available NPK values in soil which received VC-RE prepared using P. ceylanensis + 1/2 dose of recommended NPK ha~(-1) were 262, 45.2 and 110 kg ha~(-1), respectively.
机译:进行了一项为期180天的田间试验(随机分组设计),使用了14种不同的处理方法,包括长叶Poly藜+枯萎(1:1,VC-PL),珍珠粟穗轴+枯萎(1:1,VC- PT)和杂草,轮状轮虫+杂草(1:1,VC-RE),化肥以及ver豆和化肥与Lablab purpureus(L.)Sweet的组合。研究结果表明,所有生长和产量参数,如叶面积指数,叶片总叶绿素含量,干物质产量,单株初生枝数,初花天数,果实长度,100粒种子的干重施用ver粉,化肥和ver粉+化肥混合肥的地块的单株产量(水果),每地块的产量和每公顷的产量均显着高于对照地块(P <0.05)。处理中记录了最高水果产量(鲜重)109吨ha〜(-1),该处理接受了2.5吨ver麦(使用Perionyx ceylanensis制备的VC-RE)+1/2剂量的推荐NPK ha〜(-1) ),而没有ver石和/或化肥的对照地块则为61.9吨ha〜(-1)。施用ver肥料的地块中的土壤有效养分(氮,磷和钾)要高于使用化肥和使用化肥+ ver粉混合物的地块。与使用化肥和ver粉的地块相比,使用化肥+ +粉混合物的地块植物对养分的吸收较高。用化肥处理过的地块收获后土壤中可利用的NPK分别为244、32.9和100 kg ha〜(-1),高于对照样地,低于接受化学肥料+ ver石混合料的样地。接受用锡兰假单胞菌+ 1/2剂量推荐NPK ha〜(-1)制备的VC-RE的土壤中的可用NPK值分别为262、45.2和110 kg ha〜(-1)。

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