Broadcast application of floating pellet formulation combined with spraying application of water-soluble formulations of B. megaterium was found to reduce rice ShB incidence under greenhouse and field conditions (Kanjanamaneesathian et al, 2007). Multiple delivery systems of PGPR strains aimed at protecting spermosphere, rhizosphere, and phyllosphere of crop plants from infection courts of pathogens was a promising means of disease management (Nakkeeran
et al, 2005). Application of talc-based formulation or cell suspensions of PGPR to seeds, roots, soils and leaves reduced rice ShB incidence with the added benefit of promoting plant growth and grain yields (Nandakumar et al, 2001). Rabindran and Vidhyasekaran (1996) reported that ShB disease could be effectively
suppressed through seed treatment, soil application,
and foliar spraying with peat based formulation of
PGPR.
Broadcast application of floating pellet formulation combined with spraying application of water-soluble formulations of B. megaterium was found to reduce rice ShB incidence under greenhouse and field conditions (Kanjanamaneesathian et al, 2007). Multiple delivery systems of PGPR strains aimed at protecting spermosphere, rhizosphere, and phyllosphere of crop plants from infection courts of pathogens was a promising means of disease management (Nakkeeran
et al, 2005). Application of talc-based formulation or cell suspensions of PGPR to seeds, roots, soils and leaves reduced rice ShB incidence with the added benefit of promoting plant growth and grain yields (Nandakumar et al, 2001). Rabindran and Vidhyasekaran (1996) reported that ShB disease could be effectively
suppressed through seed treatment, soil application,
and foliar spraying with peat based formulation of
PGPR.
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