… Considering the positive effects of PGPR strains on different plant cultivars and lines
grown under salt stress conditions, we propose that such bacteria might be tested in field trial …

… stress conditions, plant hormone like ethylene is known to endogenously regulate the
homeostasis of plants leading to significant reduction in root and shoot growth… abiotic stress …

… strategies to reduce the global abiotic stresses threatening the agriculture. To decrease
the detrimental impacts of different abiotic stresses on plant growth and development, several …

… plant growth stimulating bacteria in soil fertility and enabling crops to cope with biotic and
abiotic … and yield improvement of crops and their role in biotic and abiotic stress management …

… However, fewer reports have been published on PGPR as elicitors of tolerance to abiotic
stresses, such as drought, salt and nutrient deficiency or excess. The subject of PGPR-elicited …

… Plant growth-promoting bacteria (PGPB) have been documented to … of abiotic stress stimuli.
Some of the key mechanisms by which a PGPB could help host plant under abiotic stresses …

… are abiotic stresses that could compromise soil physicochemical properties and microbial
functional diversity, causing retarded plant growth and reduced crop yield. Salinity stress is …

… much differently compared to stresses applied separately [9]. … abiotic stresses that PGPR
may directly mitigate the effect of biotic stresses by improving plant resistance to abiotic stresses…

… This review discusses the role methylotrophs play in managing various abiotic stresses,
how they help mitigate these stresses, and how they improve agricultural productivity. …

… Bacteria can produce a wide range of secondary metabolites that can inhibit the growth
of other bacteria and fungi (antimicrobial compounds). Antibiotics constitute a wide and …