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华北平原上[具体病菌名称未给出]的致病型、抗性分类及种衣剂防治

Pathotype, Resistance Classification, and Seed-Coating Control of and in the North China Plain.

作者信息

Cui Jiangkuan, Jiao Yongqing, Zhou Bo, Ren Haohao, Li Hao, Liu Shiming, Jiang Shijun, Meng Haoguang, Li Minmin, Dababat Abdelfattah Amer, Peng Deliang

机构信息

College of Plant Protection, National Key Laboratory of Wheat and Maize Crop, Henan Agricultural University, Zhengzhou 450002, China.

State Key Laboratory for Biology of Plant Diseases and Insect Pests, Institute of Plant Protection, Chinese Academy of Agricultural Sciences, Beijing 100193, China.

出版信息

Plant Dis. 2020 Dec;104(12):3230-3238. doi: 10.1094/PDIS-02-20-0258-RE. Epub 2020 Oct 20.

Abstract

and are cereal cyst nematodes (CCNs) that infect cereals in 16 provinces of China. CCN populations from Xuchang, Tangyin, Qihe, and Juye were tested using 23 barley, oat, and wheat entries of the International Test Assortment for Defining Cereal Cyst Nematode Pathotypes. populations from Tangyin, Qihe, and Juye were classified as pathotype Ha91, and from Xuchang was classified as a new pathotype similar to pathotype West. Among 42 other winter wheat cultivars, 29 and 30 were differentially susceptible, 13 and 12 were differentially resistant to and , respectively. Three entries were resistant to both species, and three other entries were resistant to and moderately resistant to . Coating wheat seed with abamectin + isopycnic imidacloprid or methylene (bis) thiocyanate + thiamethoxam reduced the number of and cysts by 46 to 56%, increased wheat yield by 9 to 27%, and improved net income by 660 to 2,640 Chinese Yuan ha, respectively. Resistant wheat cultivars are scarce in China, and seed coating is considered the most suitable method for controlling CCNs in the North China Plain, where crop rotation cannot be practiced.

摘要

和是谷物孢囊线虫(CCNs),在中国16个省份感染谷物。使用国际谷物孢囊线虫致病型鉴定试验品种中的23个大麦、燕麦和小麦品种对来自许昌、汤阴、齐河和巨野的CCN种群进行了测试。来自汤阴、齐河和巨野的种群被归类为致病型Ha91,来自许昌的种群被归类为与West致病型相似的新致病型。在其他42个冬小麦品种中,分别有29个和30个对和表现出不同程度的感病性,13个和12个对和分别表现出不同程度的抗性。有3个品种对这两个物种均具有抗性,另外3个品种对具有抗性且对具有中等抗性。用阿维菌素+等密度吡虫啉或亚甲基(双)硫氰酸盐+噻虫嗪包衣小麦种子,可使和的孢囊数量减少46%至56%,小麦产量提高9%至27%,每公顷纯收入分别增加660至2640元人民币。在中国,抗性小麦品种稀缺,在无法实行轮作的华北平原,种子包衣被认为是控制CCNs最合适的方法。

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