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The effect of wheat and maize rotations and the application of plant-animal compost on potato bacterial wilt and yield was investigated. The proposed method was tested in three separate locations, each two acres in size, with an untreated control. The first two were naturally infested, but the third was pathogen-free. Infested locations that had been treated experienced a significant reduction in disease incidence. The addition of a bio-fertilizer mixture ( Azotobacter  sp.,  Azospirillum  sp.,  Bacillus megaterium,  and  Bacillus circulans ) improved the compost’s suppressive potential. The method increased soil organic matter (SOM), N, P, K, Ca +2 , and Mg +2  while decreasing Na +  levels and increasing potato yield. The relative abundance of  Ralstonia  decreased while that of  Arthrobacter ,  Streptomyces , and  Nocardioides  increased. The presence of  Gracilibacillus ,  Cellvibrio ,  Bacillus , and  Paenibacillus  was associated with a decrease in  Ralstonia , whereas the presence of  Propionibacterium  (a nitrogen-fixing bacteria) was associated with an increase in  Ralstonia .

Enhancement of soil suppressive potential to bacterial wilt disease caused by Ralstonia solanacearum