Biofilms and Microbial Synergies in Agroecosystems
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Beschreibung
This book explores the largely underutilized potential of microbial biofilms and cell-to-cell communication systems (quorum sensing) to transform modern agriculture. Covering the fundamental biology and ecological significance of biofilm development in soil and plant environments, it provides a comprehensive understanding of how microorganisms interact, colonize ecological niches, and influence plant health and soil fertility.
The first section examines the structural dynamics of microbial biofilms and their ecological functions in the rhizosphere and on plant surfaces. It highlights how microbial cooperation, competition, and communication shape root colonization, nutrient exchange, and plant-microbe interactions, while also exploring the diversity of biofilm-forming communities that support long-term soil functionality.
The second section focuses on practical applications, including the role of biofilm-forming microorganisms in enhancing plant tolerance to drought, salinity, and heavy metal stress, improving nutrient mobilization, and suppressing phytopathogens through biocontrol mechanisms. These chapters demonstrate the potential of biofilms to increase the resilience and productivity of agricultural systems.
The third section presents emerging approaches for manipulating biofilm behavior and quorum-sensing pathways, including synthetic biofilm engineering, CRISPR-based microbial trait modification, nanotechnology-enabled delivery systems, and targeted microbial signaling. It also addresses biosafety and ethical considerations associated with these technologies.
The final section discusses field applications, commercialization, and policy integration. It evaluates biosafety and environmental aspects of biofilm-based products and outlines strategies for translating scientific advances into scalable solutions aligned with regulatory requirements and farmers' needs.
Written for agricultural microbiologists, soil scientists, plant pathologists, environmental biotechnologists, agronomists, policymakers, and graduate students, this book serves as both a reference for researchers developing next-generation microbial technologies and a practical guide to sustainable, science-based crop and soil management.
This book explores the largely underutilized potential of microbial biofilms and cell-to-cell communication systems (quorum sensing) to transform modern agriculture. Covering the fundamental biology and ecological significance of biofilm development in soil and plant environments, it provides a comprehensive understanding of how microorganisms interact, colonize ecological niches, and influence plant health and soil fertility.
The first section examines the structural dynamics of microbial biofilms and their ecological functions in the rhizosphere and on plant surfaces. It highlights how microbial cooperation, competition, and communication shape root colonization, nutrient exchange, and plant-microbe interactions, while also exploring the diversity of biofilm-forming communities that support long-term soil functionality.
The second section focuses on practical applications, including the role of biofilm-forming microorganisms in enhancing plant tolerance to drought, salinity, and heavy metal stress, improving nutrient mobilization, and suppressing phytopathogens through biocontrol mechanisms. These chapters demonstrate the potential of biofilms to increase the resilience and productivity of agricultural systems.
The third section presents emerging approaches for manipulating biofilm behavior and quorum-sensing pathways, including synthetic biofilm engineering, CRISPR-based microbial trait modification, nanotechnology-enabled delivery systems, and targeted microbial signaling. It also addresses biosafety and ethical considerations associated with these technologies.
The final section discusses field applications, commercialization, and policy integration. It evaluates biosafety and environmental aspects of biofilm-based products and outlines strategies for translating scientific advances into scalable solutions aligned with regulatory requirements and farmers' needs.
Written for agricultural microbiologists, soil scientists, plant pathologists, environmental biotechnologists, agronomists, policymakers, and graduate students, this book serves as both a reference for researchers developing next-generation microbial technologies and a practical guide to sustainable, science-based crop and soil management.
Unlocks the power of microbial biofilms to boost crop yield and plant resilience naturally Reveals how quorum sensing enhances plant-microbe communication for better growth Covers biosafety, regulation, and real-world applications of microbial technologies
Autor*in
Niraj Singh
Themen in »Biofilms and Microbial Synergies in Agroecosystems«
Microbial Biofilms Quorum Sensing Sustainable Agriculture Rhizosphere Microbiome Plant-Microbe Interactions Biofilm Engineering CRISPR-Cas Systems Nano-enabled Agriculture Microbial Consortia Climate-Resilient Farming