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This review aims to elaborate the potential applications of different bacterial and fungal species in decontamination of agricultural soils, which have been polluted with the application of continuous and higher doses of inorganic pesticides in the agricultural fields andthis can be considered asa modern phytoremediation approach. Biodegradation is an eco friendly, cost effective, highly efficient approach and can be considered as a superior alternative to physical and chemical methods which are not only technically laborious and costly, also are not sufficient to completely degrade organic and inorganic toxins from the soil. Development of experimental conditions in which all congruent biological agents are applied concurrently may be a promising strategy to enhance biodegradation. Much work remains to be done in carrying out field studies based on laboratory-scale results/experiments using plant-associated endophytic and rhizospheric bacteria to degrade a wide range of toxic compounds of concern in environmental soil before commercially viable systems. Application of strong and effective natural phytotoxins as a potent pesticide is also highly recommended.

Potential applications of various fungal and bacterial agents in decontamination of agricultural soils: An overview