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Pathogenity evaluation on Solanum quitoense Lam. Clones

机译:吉兰茄的致病性评估。无性系

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Presence of plant disease caused by pathogens on 42 clones of Solanum quitoense Lam. were evaluated in the north-western region of Popayán, Colombia. The seed of the clons were planted in plastic bags during three weeks and afterwards transplanted to the field. The statistical design consisted of a complete randomized block design with 4 repetitions, the working sampling plot consisted on 6 plants arranged in triangles at distances of 2 m within rows, the inter row distance was 2,5 m. The incidence and severity percentages of damage were evaluated to determine the disease effects. The first incidence was evaluated as the affected plants percentage and severity, as percentage of plant tissue affected by the pathogen. The most limiting diseases for the 42 clones were Phytophthora infestans, which produced mortality more than 40%; Fusarium oxysporum affected 12 of the evaluated clons; Colletotrichum sp. affecting 21 clones which were classified as tolerant and fairly tolerant; and Cladosporium sp., affecting 21 clones and were classified as susceptible, while the clons PL19, PL24, PL11, PL35 were considered fairly tolerant. The clones JY E1 (52.2%), PH E 1 (45.8%), VM E2 (45.8%) were selected by survival; by tolerance to Fusarium oxysporum the clones PL35, PL11, PL24, PL8, PL19, 120052, 120043, ORE1, AGE1; and the clones SER 7, SER 15, SER 9, SEC 31, and SEC 27, were selected due to their fair tolerance to Phytophthora infestans, and Colletotrichum sp and their fair resistance against nematodes, proving to be vigorous and productive.
机译:病原菌引起的植物病害存在于42个基隆茄子无性系上。在哥伦比亚的Popayán西北地区进行了评估。将克隆的种子在三个星期内种植在塑料袋中,然后移植到田间。统计设计由一个完整的随机区组设计组成,该设计具有4个重复,工作采样区由6个植物组成,这些植物以三角形排列,行内距离为2 m,行间距离为2.5 m。评价损害的发生率和严重程度百分比,以确定疾病的影响。首次发生的事故评估为受影响的植物百分比和严重程度,以及受病原体影响的植物组织的百分比。对这42个克隆而言,限制最大的疾病是疫霉疫霉,其致死率超过40%。尖孢镰刀菌影响了所评估的12个克隆。炭疽菌影响21个被分类为耐受和相当耐受的克隆;和克隆孢子虫(Cladosporium sp。),影响21个克隆,被归类为易感的,而克隆PL19,PL24,PL11,PL35被认为是相当耐受的。通过存活选择克隆JY E1(52.2%),PH E 1(45.8%),VM E2(45.8%)。通过对尖孢镰刀菌(Fusarium oxysporum)的耐受性,克隆PL35,PL11,PL24,PL8,PL19、120052、120043,ORE1,AGE1;并选择了SER 7,SER 15,SER 9,SEC 31和SEC 27克隆,是因为它们对疫霉菌和炭疽菌具有相当的耐受性,并且对线虫有相当的抗性,被证明是有力的和高产的。

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