Pseudomonas spp. produced HCN, NH3, IAA and siderophores and solubilized phosphorus.
P. fluorescens seed treatment promoted mungbean yield and NPK contents without nematode infestation.
Pseudomonas spp. synergized with Bradyrhizobium, and increased the nodulation, Lb contents, and rhizobial populations.
The nematode incited root galls and suppressed the nodulation.
P. fluorescens treatment reduced the nematode damage on mungbean.