The rhizosphere, the zone of chemical, biological, and physical influence generated by root growth andactivity, offers a favorable ecological environment for a wide variety of microorganisms and is renownedfor its high level of microbial activity. This book explores how taking advantage of the diversity andbenefits of rhizospheric microbiomes in soil and environment management can enhance soil quality andstimulate the production of defense-related compounds in various pathosystems, resulting in better planthealth. It presents an array of advancements in rhizosphere science that involve soil management, hostpathogeninteractions, nutrient mobilization, bioremediation, mechanisms and modes of action ofsignaling molecules, molecular aspects of microbial interactions, and bioformulation strategies, amongothers. The volume consolidates comprehensive information on the advanced and applied aspects ofmicrobial consortia and their role in promoting plant fitness, soil management, nutrient mobilization,bioremediation, and environmental health.

The rhizosphere, the zone of chemical, biological, and physical influence generated by root growth andactivity, offers a favorable ecological environment for a wide variety of microorganisms and is renownedfor its high level of microbial activity. This book explores how taking advantage of the diversity andbenefits of rhizospheric microbiomes in soil and environment management can enhance soil quality andstimulate the production of defense-related compounds in various pathosystems, resulting in better planthealth. It presents an array of advancements in rhizosphere science that involve soil management, hostpathogeninteractions, nutrient mobilization, bioremediation, mechanisms and modes of action ofsignaling molecules, molecular aspects of microbial interactions, and bioformulation strategies, amongothers. The volume consolidates comprehensive information on the advanced and applied aspects ofmicrobial consortia and their role in promoting plant fitness, soil management, nutrient mobilization,bioremediation, and environmental health.

The rhizosphere, the zone of chemical, biological, and physical influence generated by root growth andactivity, offers a favorable ecological environment for a wide variety of microorganisms and is renownedfor its high level of microbial activity. This book explores how taking advantage of the diversity andbenefits of rhizospheric microbiomes in soil and environment management can enhance soil quality andstimulate the production of defense-related compounds in various pathosystems, resulting in better planthealth. It presents an array of advancements in rhizosphere science that involve soil management, hostpathogeninteractions, nutrient mobilization, bioremediation, mechanisms and modes of action ofsignaling molecules, molecular aspects of microbial interactions, and bioformulation strategies, amongothers. The volume consolidates comprehensive information on the advanced and applied aspects ofmicrobial consortia and their role in promoting plant fitness, soil management, nutrient mobilization,bioremediation, and environmental health.