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Alternatives to Fenamiphos for Management of Plant-Parasitic Nematodes on Bermudagrass

机译:Fenamiphos的替代品用于百慕大草上的植物寄生线虫的管理

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摘要

Plant-parasitic nematodes can be very damaging to turfgrasses. The projected cancellation of the registration for fenamiphos in the near future has generated a great deal of interest in identifying acceptable alternative nematode management tactics for use on turfgrasses. Two field experiments were conducted to evaluate the effectiveness of repeated applications of several commercially available nematicides and root biostimulants for reducing population densities of plant-parasitic nematodes and (or) promoting health of bermudagrass in nematode-infested soil. One experimental site was infested with Hoplolaimus galeatus and Trichodorus obtusus, the second with Belonolaimus longicaudatus. In both trials, none of the experimental treatments reduced population densities (P ≤ 0.1) of plant-parasitic nematodes, or consistently promoted turf visual performance or turf root production. Nematologists with responsibility to advise turf managers regarding nematode management should thoroughly investigate the validity of product claims before advising clientele in their use.
机译:植物寄生的线虫可能会对草皮草造成极大破坏。预计在不久的将来取消对苯乙胺磷的注册,这引起了人们的极大兴趣,他们希望确定可以用于草皮草的可接受的替代线虫管理策略。进行了两个田间实验,以评估重复施用几种市售杀线虫剂和根生物刺激剂对降低植物寄生线虫的种群密度和(或)促进线虫感染土壤中百慕大草健康的有效性。一个实验点被霍普雷莱姆斯galeatus和Trichodorus obtusus感染,第二个实验点被Belonolaimus longicaudatus感染。在这两个试验中,没有一种实验方法能降低植物寄生线虫的种群密度(P≤0.1),或始终如一地提高草皮的视觉性能或草皮根系的产生。负责向草皮管理者提供有关线虫管理建议的线虫学家应在建议客户使用前彻底调查产品声明的有效性。

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