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Influence of Meloidogyne incognita on Fusarium Wilt of Tomato at or below theMinimum Temperature for Wilt Development

机译:南方根结线虫对番茄枯萎病的影响。枯萎发育的最低温度

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摘要

'Bonny Best' tomato plants were grown at 16, 21, or 24 C for 28 d in soil infested with either of two isolates of Fusarium oxysporum f. sp. lycopersici race 1 and Meloidogyne incognita. Significant levels of fusarium wilt occurred at all temperatures including 16 C, which has not been reported previously. One Fusarium isolate resulted in the highest levels of disease incidence at 21 and 24 C in the presence of root-knot nematodes, and at 24 C when the nematodes were not present. At 16 C there was no significant difference in the number of plants infected by the second Fusarium isolate alone or in combination with root knot nematodes, although the presence of nematodes resulted in a significant increase in the percentage of disease occurrence and vessel infection at 21 C.
机译:“ Bonny Best”番茄植株在被两个尖孢镰刀菌f分离株侵染的土壤中于16、21或24 C下生长28 d。 sp。 lycopersici第1种族和Meloidogyne incognita。在包括16°C在内的所有温度下,镰刀菌都出现了明显的枯萎病,以前没有报道过。在存在根结线虫的情况下,一种镰刀菌分离株在21和24 C时以及在24 C时(不存在该线虫)导致最高的疾病发生率。在16 C时,单独使用第二种镰刀菌分离株或与根结线虫组合感染的植物数量没有显着差异,尽管线虫的存在导致21 C时疾病发生和血管感染的百分比显着增加。 。

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