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WATER AS POTENTIAL SOURCE OF PHYTOPHTHORA CITRICOLA

机译:水作为柠檬枯萎菌的潜在来源

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Phytophthora citricola constituted about 70% of all Phytophthom isolates recovered from rhododendron leaves used as baits for detection of that group of organisms in water. The species was found in 4 rivers, 2 hardy nursery water reservoirs and nursery drainage canal from May to October, 2006. Analysis of spots' number on rhododendron leaf baits as a measure of P. citricola density showed that place of holding baits had a significant influence on the species occurrence. Significantly more spots, especially in July survey, were observed on baits held in Skierniewka and Zwierzynka rivers swimming through agricultural and forest area than in Ner, the river of horticultural area. Significantly more spots/rhododendron leaves were observed when they wereheld in rivers downstream of nursery and in the middle of hardy nursery borders. In nursery water containers and drainage canal higher Phytophthora density was recorded in August than in other periods of surveying. Using water from reservoir for sprinkling of Picea omorika nursery trees caused the development of tip blight and from diseased twigs P. citricola was isolated.
机译:从杜鹃花叶中回收的所有疫霉菌分离物中,柠檬疫霉菌约占70%,用作检测水中该类生物的诱饵。 2006年5月至10月,在4条河流,2个强壮的苗圃水库和苗圃排水渠中发现了该物种。对杜鹃叶毒饵斑点数的分析(以柠檬酸败血症的密度作为衡量标准)表明,该毒饵的放置地点具有显着性。对物种发生的影响。在Skierniewka和Zwierzynka河流中游过农业和森林地区的诱饵比在园艺地区的Ner中发现的诱饵明显多,尤其是在7月的调查中。当它们被托在苗圃下游和强壮的苗圃边界中部的河流中时,观察到明显更多的斑点/杜鹃花叶。在育苗容器和排水渠中,八月份的疫霉菌密度高于其他调查时期。用水库中的水浇洒云杉苗圃树会引起叶枯萎病,并从患病的树枝中分离出柠檬黄假单胞菌。

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