首页> 外文期刊>Journal of food, agriculture & environment >Effect of sulfosulfuron herbicide on controlling Orobanche aegyptiaca and application of biofertilizer in tomato (Lycopersicum esculentum Mill.).
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Effect of sulfosulfuron herbicide on controlling Orobanche aegyptiaca and application of biofertilizer in tomato (Lycopersicum esculentum Mill.).

机译:磺嘧磺隆除草剂对番茄的防治效果及生物肥料在番茄中的应用。

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摘要

In order to chemically control Orobanche spp. with consumption of biofertilizer in tomato, a factorial experiment on randomized complete block design in 3 replicates and 36 plots was carried out at a farm located in Mahabad city (West Azarbayjan Province, Iran). The experimental factors were: sulfosulfuron (WG 75%) 35 g/ha at three levels (application 40 days after seedling cultivation, application 40 and 60 days after seedling cultivation and control without application), phosphate biofertilizer (application and without application) and Nitrajin biofertilizer (application and without application). The results showed that the sulfosulfuron treatment 35 g/ha, twice 40 and 60 days after seedling cultivation decreased the biomass of Orobanche aegyptiaca in surface level and also decreased the biomass per tomato branch and Orobanche aegyptiaca biomass to amount of 75%, 57% and 60% compared to the main treatment without application, respectively. The applied phosphate biofertilizer had significant effect on the number of ripen fruits of tomato and yield of it at 5% level and decreased the amount of fruit and yield of tomato. Also the interaction of Nitrajin in sulfosulfuron in one chemical application significantly affected the average height of Orobanche aegyptiaca branches at the probability level of 5% and resulted in a decrease in height of the Orobanche aegyptiaca branches.
机译:为了化学控制 Orobanche spp。随着番茄中生物肥料的消耗,在位于伊朗西阿扎尔巴扬省马哈巴德市的一个农场进行了3个重复试验和36个样地的随机完整块设计的析因实验。实验因素为:三个水平的硫磺隆(WG 75%)35 g / ha(幼苗培养后40天施用,幼苗培养后40和60天施用和不施用对照),磷酸盐生物肥料(施用和不施用)和Nitrajin生物肥料(施用和不施用)。结果表明,苗期栽培后第40天和第60天,分别以35 g / ha的硫磺隆处理两次,降低了埃及香豆的表面生物量,同时降低了番茄各分支和埃及香豆的生物量。 与不施药的主要处理相比,生物量分别为75%,57%和60%。施用磷肥对番茄成熟果实的数量和产量的影响显着,为5%,降低了番茄的果实量和产量。同样,在一种化学应用中,尼古金与磺胺磺隆的相互作用以5%的概率水平显着影响 Orobanche aegyptiaca 分支的平均高度,并导致 Orobanche aegyptiaca高度降低我>分支。

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