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Reduced efficacy of fluazinam against Phytophthora infestans in the Netherlands

机译:在荷兰减少了氟济南对疫霉疫的功效

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摘要

Phytophthora infestans is the causal organism of potato late blight, the most important disease in potato, the second most important arable crop in Europe. The P. infestans population in Europe is well known for its sudden changes in composition. Currently it is composed of a wide variety of genotypes, some of which are dominant clonal lines while others are rare or even unique to a year or location. Fungicides play a crucial role in the integrated control of late blight. Since its introduction in the Netherlands in 1992, fluazinam has been used in late blight control strategies in ware and starch potatoes. It has a broad spectrum of activity and is effective against a range of diseases including potato late blight. Fluazinam interrupts the pathogen cell’s energy production process by an uncoupling effect on oxidative phosphorylation. It is considered to have a low resistance risk. Until recently, reduced efficacy against fluazinam was not detected in P. infestans surveys in Europe. In this paper we present the finding of a new clonal lineage (EU_33_A2) of P. infestans in the Netherlands and the reduced efficacy of fluazinam to control one of the EU_33_A2 isolates in field experiments carried out in 2011 and 2015 under high disease pressure. The potential effects of this finding on practical late blight control strategies are discussed.
机译:疫病疫霉是马铃薯晚疫病的致病菌,是马铃薯中最重要的疾病,是欧洲第二重要的可耕作物。欧洲的疫病菌种群以其成分的突然变化而闻名。目前,它由多种基因型组成,其中一些是优势克隆系,而其他则很少或什至是一年或一个位置所独有。杀真菌剂在晚疫病的综合防治中起着至关重要的作用。自从1992年在荷兰引进氟喹酰胺以来,氟喹嗪已用于商品和淀粉马铃薯的晚疫病控制策略中。它具有广泛的活性,对包括马铃薯晚疫病在内的多种疾病均有效。氟齐南通过氧化磷酸化的解偶联作用中断了病原体细胞的能量产生过程。它被认为具有低抵抗风险。直到最近,欧洲的疫情调查还没有发现抗氟济南的药效降低。在本文中,我们介绍了在荷兰和美国于2011年和2015年在高病害压力下进行的田间试验中发现的一种新的欧洲无疫杆菌克隆谱系(EU_33_A2),以及氟西南控制EU_33_A2分离株之一的功效降低。讨论了这一发现对实际晚疫病控制策略的潜在影响。

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