Multi-cycle application of Virgibacillus dokdonensis induces a root-knot nematode-suppressive soil via specifically recruiting functional Pseudomonas

Overall, this study revealed that multi-cycle application of V. dokdonensis induces a RKN-suppressive soil by specifically recruiting indigenous high-nematicidal Pseudomonas to synergistically suppress RKN disease. These findings provide a practical strategy for developing efficient and sustainable technologies for RKN management.