Continuous application of phosphate (P) mineral to soil renders apatite addition during each crop growing season which is great concern from a sustainable agriculture viewpoint. Use efficient solubilizing microbes (PSB) one the most effective ways solubilize this in soil. The current study targeted hydroxyapatite mines explore, isolate and characterize P solubilizers Efficiency isolated rock (h...

Plant growth promoting bacterias (PGPBs) can be described as bacterial strains increasing water and nutrient uptake, gaining nitrogen phosphorus to plants by biological fixation phosphate mineralization, plant enabling improve the tolerance stress factors due mechanisms secretion of various phytohormones, vitamins regulators, restriction ethylene synthesis with ACC deaminase activity, decreasin...

Deployment of Phosphate Solubilizing Bacteria (PSB) can enhance plant P uptake through remobilization recalcitrant forms in soil. In this study, bacterial strains isolated the rhizospheric soil rapeseed, winter pea and faba bean, with various requirements, were screened for their PSB potential characterization several interesting traits linked to solubilization. parallel, other Plant Growth Pro...

abstract many agricultural researches have been performed to improve soil productivity. nitrogen (n) and phosphorus (p) are essential elements which are utilized by the plants in large amounts. phosphorus can be provided by applying chemical fertilizers. microorganisms convert insoluble phosphate to the soluble form and some bacteria such as rhizobacteria play an important role in this process....

Developing biostimulants from salt-tolerant plant growth-promoting (PGP) bacteria is an emerging strategy for sustainable agriculture in the context of increasing soil salinization. This study aimed to isolate endophytic (EB) capable promoting rice seed germination and seedling growth at different NaCl concentrations. Nine EB strains were isolated two, ST.6 ST.8, with effect 99.3 99.7 %, respec...

The usage of plant growth-promoting bacteria (PGPB) in mitigation harmful effects lead (Pb) toxicity plants and bioremediation it from soils is a sustainable, effective low-cost strategy. experiment was laid out to investigate the role PGPB on morphological physiological growth, root system architecture nodulation lentil under Pb stress. conducted according completely randomized factorial desig...