Exploring  the  Potential  of  Plant  Growth-Promoting  Rhizobacteria:  A Comprehensive  Review  on  Biomass  Production  and  Commercial Opportunities

Exploring  the  Potential  of  Plant  Growth-Promoting  Rhizobacteria:  A Comprehensive  Review  on  Biomass  Production  and  Commercial Opportunities

Abstract:  The  global  food  production  is  confronted  with  substantial  obstacles  because  of  an  expanding  population  and
deteriorating environmental degradation. The existing agricultural methods may be insufficient to provide sustenance for the
entire population. Enhancing agricultural productivity is imperative to tackle this pressing issue, and there exists significant
potential  for advancement in the  coming  years.  Nevertheless,  it is  imperative  that we embrace  inventive  and  ecologically
sustainable  agricultural techniques to surmount  this obstacle.  Studies  have  demonstrated  that the utilisation of phosphatesolubilizing  bacteria  can  yield  significant  advantages  for plants,  improving  their well-being and  efficiency  under  different environmental circumstances. Regrettably, the extensive utilisation of detrimental synthetic pesticides jeopardises the existence of these advantageous bacteria, which are crucial for the well-being of plant roots on a global scale.
The  efficacy  of  biofertilizers  hinges  on the  proficiency  with  which we  develop,  maintain,  and  administer  viable
microbial cells. It is crucial to optimise production processes to enhance cost-effectiveness and efficiency. Following extensive
cultivation, it is necessary to create bioinoculant formulations in either liquid or solid states to guarantee their durability, ease
of  application,  and  ability  to  endure  environmental  pressures.  An  exhaustive  examination of  these ideal  circumstances  is
essential for developing cost-effective, high output bioinoculants that enhance crop growth and productivity. The objective of
this study is to analyse the effective compositions and the process of bringing microbial matriculants to market, which promote
plant growth. This research will offer vital knowledge about the potential of sustainable agricultural practices in the future.
Keywords: Global food production, Population growth, Environmental degradation, Yield optimization, Agricultural practices,
Phosphate-solubilizing bacteria, Microbial bio-fertilizers