青云翻译

纹枯病株干病变和菌核对马铃薯块茎在秘鲁的三个农业生态区：沿海山谷（150-270米标高），高地山谷（2,460-3,600米标高），安第斯山脉东部斜坡（850恢复m高程）。大多数R。回收菌菌株属于-3吻合组（AG）和AG-4，在高原凉爽的环境和海岸第二和东部的安第斯山脉斜坡温暖的环境。 AG株的致病性测定种植在土壤与R出没真正的马铃薯种子和块茎。菌菌株在温度低（9-18）和高（18-24）。在两种温度制度之间的AG-4株在土壤中出没的幼苗发生立枯病的比例最高。然而，土壤AG-4株感染立枯病幼苗％高于低温高温约50％。 AG-3株获得了类似的反应

Rhizoctonia solani isolates were recovered from stem lesions and sclerotia on tubers of potato plants at three agroecological zones of Peru: coastal valleys (150–270 m elevation), highland valleys (2,460–3,600 m elevation), and eastern slopes of the Andes (850 m elevation). Most R. solani isolates r

Rhizoctonia solani isolates were recovered from stem lesions and sclerotia on tubers of potato plants at three agroecological zones of Peru: coastal valleys (150-270 m elevation), highland valleys (2,460-3,600 m elevation), and eastern slopes of the Andes (850 m elevation). Most R. solani isolates r

Rhizoctonia solani isolates were recovered from sclerotia and stem lesions on potato tubers of plants at three Peru of agroecological zones: coastal valleys (150 - 270 m elevation), highland valleys (2,460 - 3,600 m) elevation, and the eastern slopes of Andes (850 m) elevation Most R . . solani anas

Rhizoctonia solani isolates were recovered from stem lesions and sclerotia on tubers of potato plants at three agroecological zones of Peru: coastal valleys (150–270 m elevation), highland valleys (2,460–3,600 m elevation), and eastern slopes of the Andes (850 m elevation). Most R. solani isolates r