… health are known as plant growth‐promoting rhizobacteria (PGPR). They are very important
… in modulating plant stress responses. In this review, we highlight the rhizobacteria diversity …

… Excessive use of chemical fertilizers induced heavy metal as secondary stress. Therefore,
use of environmentally friendly approach based on plant growth-promoting rhizobacteria is a …

… , helping in their signaling and stress response. The associated PGPR improves plant growth
by … Apart from IAA production, rhizobacteria are also known to be producers of other stress …

… of plant under stress condition. Under these … rhizobacteria can mitigate stress-induced
adverse effects on crop productivity. Plant growth-promoting rhizobacteria and their associated …

… The key to the adaptation and survival of crop-plant and associated rhizobacteria is the
establishment of fruitful interactions between both the partners. Hence induced systemic …

… and one of the best strategies for plant stress management. A large body of literature has
reported that PGPR can help plants to overcome biotic and abiotic stress conditions [82,84,85,…

… The underlying mechanisms are diverse and rhizobacteria possess a wide range of
mechanisms, one or several in combination, which are associated with specific host plants (…

… rhizobacteria (PGPR) are used as promising agents to promote the growth, biocontrol, and
in the management of … In this chapter, we focused on the salinity stress and the management …

… polymyxa became resistant to drought stress as well as the biotic stress generated by the …
and/or gene classes associated with plant defenses against biotic and abiotic stress may be …

… plant growth-promoting rhizobacteria (PGPR) prior to biotic stress. … under stress as a result
of inoculation with root-associated … with root-associated bacteria under saline stress has been …