… In this review, we critically discuss the potential of microalgal and cyanobacterial crusts in
colonizing degraded soils, and their implication in the maintenance of soil fertility and health. …

… of soil. All the different groups of microbes present in the soil naturally plays a several
significant roles like nutrients cycling, recycling of ground water, maintenance of soil fertility, …

… Soil degradation can disturb microbial communities … of soils and therefore, their fertility [19,20].
Studies have been conducted where the link between microbial diversity and soil fertility …

… N, P, and K uptake through the complex inoculant, suggesting this complex bacterial
inoculant might be utilized as a biofertilizer for increasing soil fertility and thereafter plant growth. …

… the promotion of plant health via antagonistic potential towards phytopathogens. PGP bacteria
are endowed with diverse biotechnological potentials. They can be evolved in agricultural …

… Thus, the use of the microbes as biofertilizers is considered as an alternative to chemical
fertilizers so as to improve the fertility of the soil as well as increasing the productivity of the …

… with different functional properties in order to restore, maintain, or improve soil fertility.
Therefore, the described biotechnological tools can be considered as the first step in this direction. …

… Improvement in an agricultural sustainability requires optimal use and management of
soil fertility and soil physical properties, and relies on soil biological processes and soil …

… of soil fertility and agriculture productivity Outlines the role of microbial resource and
biotechnology … resources and the role of biotechnology to meet the ever increasing demand of …

… In conclusion, microbial biotechnology holds great promise for enhancing soil fertility and
plant growth while reducing the environmental impact of agriculture. Future research in this …