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Effects of Mechanical Weed Control in Barley-Pea Mixture on Colonization of Pea Seeds by Fungi, Part 2

机译:大麦豌豆混合物中机械除草对真菌对豌豆种子定殖的影响,第二部分

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Our study was a mycological evaluation of pea seeds harvested from a barley-pea mixture in which different methods of weed control had been used. The field experiment was carried out during 2010-12 and was conducted using randomized block design in four replicates. Weed control was mechanical and chemical. Fungal colonization tests were carried out on disinfected and non-disinfected seeds. The research showed statistically significant differences in the total number of fungi isolated from disinfected and non-disinfected seeds. The fungus most frequently isolated was Alternaria alternata. Penicillium chrysogenum, Sclerotinia sclerotiorum, and Trichoderma harzianum were isolated only from the non-disinfected seeds. Presented results show that suitably chosen mechanical weed control may be an alternative to chemical weed control in the mixtures of cereals and legumes, and may be particularly important for organic and integrated farming. The best variant of mechanical weed control in the cereal-legume mixture in terms of infection pea seeds by fungi is two passes of spring-tine harrow at the beginning of the tillering stage of barley and two passes at the full tillering stage of barley.
机译:我们的研究是对从大麦-豌豆混合物中收获的豌豆种子进行的真菌学评估,其中使用了不同的杂草控制方法。现场实验于2010-12年进行,并使用随机区组设计进行了四次重复。杂草的防治是机械的和化学的。在消毒和未消毒的种子上进行了真菌定植试验。研究表明,从消毒和未消毒的种子中分离出的真菌总数在统计学上有显着差异。最常分离的真菌是链格孢。仅从未消毒的种子中分离出产黄青霉,菌核盘菌和哈茨木霉。目前的结果表明,在谷物和豆类混合物中,适当选择的机械除草方法可以替代化学除草方法,并且对于有机农业和综合农业尤其重要。就通过真菌感染豌豆种子而言,控制谷物-豆类混合物中机械除草的最佳方法是在大麦分er期开始时进行两次春季耙耙收获,在大麦分full阶段时进行两次通过。

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