首页> 外文期刊>Asian Journal of Plant Sciences >Effect of Different Levels of Nitrogen Fertilizer with Two Types of Bio-Fertilizers on Growth and Yield of Two Cultivars of Tomato (Lycopersicon esculentum Mill)
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Effect of Different Levels of Nitrogen Fertilizer with Two Types of Bio-Fertilizers on Growth and Yield of Two Cultivars of Tomato (Lycopersicon esculentum Mill)

机译:两种生物肥不同水平的氮肥水平对两种番茄生长和产量的影响

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摘要

An experiment was conducted to study the effect of different rates of nitrogen (N) fertilizer with two types of bio-fertilizers (0, 125, 75, 225, 125 plus Super Nitro and 125 kg N h super(-1) plus Nitroxin bio-fertilizer) and two cultivars (Super Chief and Super Beita) on growth and yield of tomato, at a field Andimeshk, Khuzestan Iran, during 2006. The experiment design was randomized complete block design arranged in split plot, with three replications. During of study, were measured some of vegetative and reproductive characteristics such as seedling emergence time, plant height, leaf number, leaf number below the inflorescence, flowering time in the first inflorescence, flowers and fruits number per the first inflorescence, fruit mean weight, fruit number per plant and fruit yield. Results indicated that there were significant differences between N level and most of characteristics such as plant height, leaf number, fruit number per the inflorescence, fruit number per plant, fruit mean weight and fruit yield and bio-fertilizers affected the growth parameters such as seedling emergence time, plant height, leaf number, fruit mean weight and fruit yield but they have not significant effect on flowering time, flower and fruit number per the first inflorescence and fruit number per plant. Also there was significant differences between the cultivars in seedling emergence time, plant height, flowers and fruits number per the first inflorescence, fruit mean weight and fruit yield. The maximum yield was accomplished when Super Beita cultivar received 225 kg N h super(-1).
机译:进行了一项实验,研究了两种生物肥料(0、125、75、225、125加超级硝态氮和125千克N h超级(-1)加硝态氮生物肥)对不同氮肥比例的影响-肥料)和两个栽培品种(超级主管和超级贝塔),分别于2006年在伊朗胡塞斯坦的Andimeshk田间种植番茄。该试验设计是随机完整的块状设计,分块布置,重复三遍。在研究过程中,测量了一些营养和生殖特性,例如幼苗出苗时间,植物高度,叶数,花序以下的叶数,第一个花序的开花时间,每个第一个花序的花朵和果实数,果实平均重量,单株果实数和果实产量。结果表明,氮素水平与株高,叶数,每花序果实数,单株果实数,果实平均重和果实产量等大多数特性之间存在显着差异,生物肥料影响幼苗等生长参数。出苗时间,株高,叶数,果实平均重和果实产量,但对初生花序的开花时间,花果数和单株果实数没有显着影响。各品种在出苗时间,株高,初生花序中的花朵和果实数量,果实平均重量和果实产量之间也存在显着差异。当Super Beita品种获得225 kg N h super(-1)时,达到最大产量。

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