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Linear reduction of propagules of Ralstonia solanacearum in soil by cake and chemicals.

机译:饼和化学物质线性减少土壤中的青枯雷尔氏菌繁殖体。

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摘要

In Alfisol of east India plateau soil application of karanj (Pongamia glabra) cake, bleaching powder (CaClO3), lime (CaCO3) and seedling dip and spray of streptocycline resulted in reduction of initial population of Ralstonia solanacearum (R.s.) in soil in post monsoon seasons of 1998-99 to 2001-02. The percent reductions in initial population of R.s. noted at 90 d after transplanting of tomato were 30.5 and 33.2 at 10 and 20 q karanj (Pongamia) cake ha-1; 31.9 and 35.0 at 30 and 45 kg bleaching powder ha-1; 28.6 and 27.9 at seedling dip and spray of streptocycline (500 ppm) and a mild reduction of 18.7 at 25 q lime ha-1. The natural control process resulted in to 14.6% reduction as evident from untreated control. Based in linear equation reduction of initial population, it is suggested that bleaching powder and karanj cake are stronger bacteriostatic substance than lime and streptocycline.
机译:在印度东部高原的Alfisol土中,施用karanj(pongamia glabra )饼,漂白粉(CaClO 3 ),石灰(CaCO 3 )和1998-99年至2001-02年季风后季节,幼苗浸没和喷洒链霉素会减少土壤中的小孢子菌(Ralstonia solanacearum)(isRs)。番茄移植后90 d,在 Rs 的初始种群减少的百分比分别为10和20 q karanj(Pongamia)蛋糕ha -1分别为30.5和33.2。 ; 30和45公斤漂白粉ha -1 时为31.9和35.0;浸苗和喷洒链霉素(500 ppm)时分别为28.6和27.9,在25 q石灰ha -1 时轻度减少18.7。从未经处理的对照来看,自然控制过程导致减少了14.6%。根据初始种群的线性方程式折减,表明漂白粉和卡拉尼饼比石灰和链霉素更强。

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