Influence of cropping of oil radish, white mustard and scorpion weed cultivars on the change of sugarbeet nematode population density in the soil.

Dobosz R; Ojczyk K; Lewandowski A

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Influence of cropping of oil radish, white mustard and scorpion weed cultivars on the change of sugarbeet nematode population density in the soil.

机译：种植油萝卜，白芥子和蝎子杂草对土壤甜菜线虫种群密度变化的影响。

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None of the cultivars of oil radish (ROM 102, Adagio, Pegletta and Colonel), white mustard [Sinapis alba] (Barka, ROM 102, ROM 203, Martigena, Metex and Arvis) and scorpion weed [Phacelia heterophylla] (Natra, WOM 302 and Stala) caused a statistically important decrease of sugarbeet nematode (Heterodera schachtii) population density in the soil in a microplot experiment in Poland in 2004 compared with the soil without plants. Only the cropping of Arvis caused statistically important increase of nematode population compared with fallow..

机译：油萝卜（ROM 102，Adagio，Pegletta和Colonel），白芥末[Sinapis alba]（Barka，ROM 102，ROM 203，Martignena，Metex和Arvis）和蝎子杂草[Phacelia heterophylla]（Natra，WOM）都没有302和Stala）在2004年的波兰进行的微图试验中，与未种植植物的土壤相比，引起了土壤上甜菜线虫（Heterodera schachtii）种群密度的统计学显着下降。与休耕相比，仅播种Arvis引起线虫种群统计学上重要的增加。

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《Progress in Plant Protection》 |2005年第2期|共3页
作者
Dobosz R; Ojczyk K; Lewandowski A;
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正文语种 pol
中图分类农业科学;
关键词
cropping systems; cultivars; plant parasitic nematodes; plant pests; population density; radishes;

机译：种植系统;品种;植物寄生线虫;植物害虫;种群密度;萝卜;

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1. Influence of cropping of oil radish, white mustard and scorpion weed cultivars on the change of sugarbeet nematode population density in the soil. [J] . Dobosz R, Ojczyk K, Lewandowski A Progress in Plant Protection . 2005,第2期

机译：种植油萝卜，白芥子和蝎子杂草对土壤甜菜线虫种群密度变化的影响。
2. Hatching dynamics of the beet cyst nematode, Heterodera schachtii, following exposure to root leachates from cultivars of sugar beet, white mustard and radish [J] . Wright Alistair J. D., Sparkes Debbie L., Stevens Mark, Nematology . 2019,第Pta8期

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Influence of cropping of oil radish, white mustard and scorpion weed cultivars on the change of sugarbeet nematode population density in the soil.

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