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We demonstrated that there were suppressive soils to bacterial wilt in tobacco fields in Japan. Two hundred sixteen soil samples from tobacco fields in Japan were screened for suppression against bacterial wilt of tobacco caused by Pseudomonas solanacearum by planting tobacco seedlings in these soils and inoculating them with P. solanacearum in a greenhouse. Disease incidence in nine soils was significantly lower than that in conducive soils. Five of these soils were sedimentary soils and four were volcanic soils. Eight of the nine soils were classified as loamy soils, the other was classified as sandy. When P. solanacearum was added to these soils, the population in the eight suppressive loamy soils decreased slightly, whereas the population in the suppressive sandy soil decreased drastically. The results indicate that suppressiveness is found in a wide variety of soils and that the suppressive soils in Japan can be divided into two groups based on the survival of the pathogen.

Suppressive Soils to Bacterial Wilt of Tobacco in Japan and Population Dynamics of Pseudomonas solanacearum in These Soils.