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Bahiagrass for the Management of Meloidogyne arenaria in Peanut

机译:Bahiagrass用于花生花生根结线虫的防治

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摘要

Bahiagrass (Paspalum notatum) cultivars Argentine, Pensacola, and Tifton-9 were non-hosts for Meloidogyne arenaria, M. incognita, and Heterodera glycines in a greenhouse experiment using field soil infested with these nematodes. The effect of Pensacola bahiagrass in rotation with peanut (Arachis hypogaea) on M. arenaria was studied in 1986 and 1987 in a field at the Wiregrass substation near Headland, Alabama. Each year soil densities of second-stage juveniles of M. arenaria, determined near peanut harvest, were 96-98% lower under bahiagrass than under peanut. In 1987 peanut yields in plots following bahiagrass were 27% higher than in plots under peanut monoculture. Juvenile population densities in bahiagrass-peanut plots were 41% lower than in plots with continuous peanut. Using bahiagrass for reducing population densities of M. arenaria and increasing peanut yield was as effective as using aldicarb at the recommended rates for peanut.
机译:在温室试验中,使用这些线虫感染的田间土壤,Bahiagrass(Paspalum notatum)品种阿根廷,彭萨科拉和Tifton-9都不是南方根结线虫,南方根结线虫和Heterodera甘氨酸的寄主。 1986年和1987年在阿拉巴马州海德兰德附近的Wiregrass变电站的田间研究了Pensacola bahiagrass与花生(Arachis hypogaea)轮作对花生沙门氏菌的影响。每年在花生收获附近测定的沙枣第二阶段幼虫的土壤密度比花生下低96-98%。 1987年,Bahiagras种植后的地块的花生单产比花生单一栽培下的地块高27%。 Bahiagrass-花生地块的未成年人种群密度比连续花生的地块低41%。使用bahiagrass降低沙雷氏菌的种群密度和增加花生产量,与以涕灭威以推荐的花生施用量一样有效。

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