首页> 外文期刊>Bulletin of University of Agricultural Sciences and Veterinary Medicine Cluj-Napoca: Agriculture >The Influence Of Fusarium Ear Infection On The Maize Yield And Quality In Some Maize Hybrids Created At ARDS Turda
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The Influence Of Fusarium Ear Infection On The Maize Yield And Quality In Some Maize Hybrids Created At ARDS Turda

机译:镰刀菌耳朵感染对ARDS Turda育成的一些玉米杂交种的玉米产量和品质的影响

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Abstract. Maize is a host plant for a large number of pathogens, over 50, that invade all of the plant organs from the moment of germination to the moment of harvesting, and cobs and seeds infections continue most of the times during crops storage. Pathogen agents contributes to deterioration and decrease quantity and quality of yield contributes to productions decreasing, both quantitative and qualitatively, with an average percentage of 20 - 25% in our country. The most damaging in quantitative and qualitative point of view are diseases caused by genus Fusarium spp.. The objectives of this paper are determining the productivity and the quality of corn hybrids created at ARDS Turda, in natural and artificial infection with Fusarium spp, and identification of resistant hybrids to Fusarium spp attack. In 2011-2012 the hybrids were tested in natural and artificial infection conditions. The inoculation was made on each cob using 4 ml of suspension. Following research we can assert the following conclusions: in terms of natural infections in both 2011 and 2012 the most productive hybrids were Turda Favorit (10.74 t / ha, 9.87 t / ha) and Turda Star (10.72 t / ha 8.78 t / ha). Yields hybrids in the study decreased by 0.3 t / ha - 1.4 t / ha under artificial infection. Artificial infections produce changes in biochemical composition of the grain. Hybrids analyzed starch content and oil are lower and protein percentage increased after artificial inoculation.
机译:抽象。玉米是宿主多种病原体的寄主植物,病原体超过50种,从发芽期到收获期都侵袭了所有植物器官,并且在农作物存储期间,玉米芯和种子的感染在大多数情况下仍然持续。病原体导致恶化,数量和质量下降,产量和质量均下降,在我国平均占20%至25%。从数量和质量上讲,最具破坏性的是镰刀菌属引起的疾病。本文的目的是确定在ARDS Turda上自然和人工感染镰刀菌属的玉米杂交种的生产力和质量,以及鉴定抗镰刀菌spp攻击的杂交种。在2011-2012年间,对杂种进行了自然和人工感染条件下的测试。使用4ml悬浮液在每个芯棒上接种。通过研究,我们可以得出以下结论:就2011年和2012年的自然感染而言,产量最高的杂交种是图尔达最爱(10.74吨/公顷,9.87吨/公顷)和图尔达之星(10.72吨/公顷8.78吨/公顷)。 。在人工感染下,研究中的杂种产量降低了0.3 t / ha-1.4 t / ha。人工感染使谷物的生化成分发生变化。人工接种后,杂种分析出的淀粉含量和油脂含量较低,蛋白质含量增加。

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