Beneficial Microbes in Agriculture: Recent Development and Outlook

Microbes are vital for establishment of agricultural approaches. To maintain crop growth, development, and production, their contribution to fertility and health of soil is essential. Microbes also have a negative impact on agriculture by causing diseases. Understanding crop-soil microbiome’s enormous activities and anatomical complexity are required for effective deployment of these microbes in agriculture. Even though soil and crop microbiomes have been researched for many years, potential of inoculants, or beneficial microbes, to establish colonies in the soil and ensure ecosystem stability, is a major factor how effectively laboratory and greenhouse innovations can be used in the field. Furthermore, multitude and organization of crop and soil microbiomes are influenced by crop and surroundings. Biotechnologies of microbial applications in agriculture resist biotic and abiotic challenges, improve their health, and increase yield. The community description is critical for manipulating microbiome and identifying bio-fertilizers and bio control agents. Next-generation sequencing techniques determine cultural and non-cultural microorganisms connected with soil, and crop microbiome has greatly advanced our understanding of this issue. Furthermore, genome-editing and multidimensional genomics approaches were given to scientists with a foundation for developing reliable and communities of microbes promoting crop production, resistance to disease, cycling of nutrient, and stress mitigation. This chapter provides a brief description of importance of benign microbes in agriculture, microbiome technology, adaptation of this technology in fields, and primary methodologies utilized by laboratories throughout the world for research plant–soil microbiome. These endeavors are critical for advancing smart agricultural technologies.