Agriculture & Allied Sciences

Rhizosphere Revolution
Transforming Soil Health Management

Editors: Liza Handique, PhD, FLS (London)
Pranaba Nanda Bhattacharyya, PhD, FLS (London), FRES (UK)
Bhaskar Sarma, PhD, FLS (London)

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Rhizosphere Revolution

CALL FOR BOOK CHAPTERS 2025
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The "Rhizosphere Revolution" refers to the emerging paradigm in agriculture that leverages the immense biological activity in the rhizosphere—the dynamic zone around plant roots—to transform soil health management. This approach shifts the focus from intensive chemical inputs (a legacy of the Green Revolution) to working with nature’s own mechanisms for sustainable and resilient crop production. Core mechanisms of the revolution outlines the vital role of beneficial plant-microbe interactions, particularly with plant growth-promoting rhizobacteria (PGPR) and mycorrhizal fungi, in enhancing nutrient acquisition and plant health. Key processes include nutrient cycling where nitrogen-fixing bacteria like rhizobium and azotobacter convert atmospheric nitrogen into ammonia, thus decreasing dependency on synthetic fertilizers. Additionally, microorganisms solubilize essential nutrients, producing organic acids and enzymes that make phosphorus and micronutrients more accessible to plants, while also promoting growth through phytohormones.

Moreover, rhizospheric microbes contribute to biocontrol by producing antibiotics to suppress pathogens and provoke the plant’s defenses, thereby enhancing resistance to abiotic stresses such as drought and salinity. The microbial activity improves soil structure through the formation of glomalin and mucilage, which enhances soil aggregation, water retention, and carbon sequestration, supporting sustainability in agriculture.

Transforming soil health management through the "Rhizosphere Revolution" advocates for a biology-based approach over traditional chemically intensive practices. This shift reduces chemical dependence by prioritizing natural nutrient cycling and biocontrol, using organic amendments, crop rotations, and targeted microbial inoculations to cultivate a robust rhizosphere microbiome. Precision agriculture technologies further enable tailored management of plant-microbe interactions, promoting climate resilience and long-term food security and environmental stability by improving soil health and plant stress resilience.

This new book, Rhizosphere Revolution: Transforming Soil Health Management, will focus on the rhizosphere, the specific zone of soil where plant roots and microorganisms engage with one another. Its key subject is the transformation of soil health management through the "Rhizosphere Revolution," which advocates for a biology-based approach over traditional chemically intensive practices. This shift reduces chemical dependence by prioritizing natural nutrient cycling and biocontrol, using organic amendments, crop rotations, and targeted microbial inoculations to cultivate a robust rhizosphere microbiome within this ecosystem, aimed at enhancing soil health. Additionally, the research delves into practical applications of these discoveries for sustainable agriculture.

Targeted Themes for Chapter Call:

Part I: Foundations of Rhizosphere Science
Chapter 1. The Rhizosphere Concept: Evolution, Significance, and Emerging Paradigms

Chapter 2. Root Exudates and Rhizodeposition:
Chemical Drivers of Soil Transformation

Chapter 3. Carbon Priming Effects and Soil Organic Matter Dynamics

Chapter 4. Root Architecture, Signaling Mechanisms, and Belowground Communication

Part II: Rhizosphere Ecology and Microbial Interactions
Chapter 5. Nutrient Mobilization and Biogeochemical Cycling at the Root–Soil Interface

Chapter 6. Plant Growth-Promoting Rhizobacteria (PGPR): Mechanisms and Applications

Chapter 7. Mycorrhizal Symbiosis and Underground Mycelial Networks

Chapter 8. Microbial Community Assembly, Functional Diversity, and Stability

Chapter 9. Volatile Organic Compounds (VOCs) and Chemical Ecology of the Rhizosphere

Part III: Microbiome Engineering and Technological Innovations
Chapter 10. Metagenomics and Multi-Omics Approaches in Rhizosphere Research

Chapter 11. Synthetic Microbial Consortia and Designer Bioinoculants

Chapter 12. CRISPR, Genome Editing, and Advanced Microbiome Manipulation

Chapter 13. Nano-Enabled and Smart Technologies for Rhizosphere Engineering

Chapter 14. AI, Modeling, and Precision Diagnostics for Soil Health Monitoring

Part IV: Rhizosphere-Based Stress Mitigation and Soil Restoration
Chapter 15. Drought, Salinity, and Climate Stress Mitigation through Rhizosphere Management

Chapter 16. Heavy Metal Detoxification and Polluted Soil Bioremediation

Chapter 17. Disease Suppression, Soil Immunity, and Plant Defense Mechanisms

Part V: Applications in Sustainable and Regenerative Agriculture

Chapter 18. Biofertilizers, Biochar, and Organic Amendments in Soil Health Enhancement

Chapter 19. Rhizosphere Management in Regenerative and Climate-Smart Agriculture

Chapter 20. Commercialization, Policy Frameworks, and Future Directions in Rhizosphere Innovation

IMPORTANT DATES:
1. Chapter proposal submission : 30th April, 2026
2. Final decision for full chapter submission: 15th May, 2026
3. Final chapter submission: 30th June, 2026

Corresponding address:
rhizosphererevolution@gmail.com


About the Authors / Editors:
Editors: Liza Handique, PhD, FLS (London)

Dr. Liza Handique has more than 10 years of teaching experience as a teacher at Jagannath Barooah College, Jorhat, Assam, now upgraded to a university. She has authored book title Elaeagnus latifolia L. conservation: Perspectives in land reclamation, which have been translated to 5 different languages viz. French, Italian, Portuguese, Russian and German. She has also authored seven other books: Environmental Ecology, Biodiversity and Sustainability, Textbook of Plant Biochemistry and Molecular Biology and Microbial Ecology of Elaeagnus latifolia L., Biofertilizers, Trends in Environmental Science, Natural Drugs: Herbal Medicines and Pharmacognosy, A Textbook on Cell Biology. She did her master’s at Delhi University, Delhi, India, in 2012, and at the Forest Research Institute (deemed university_ in Forest Botany in 2016. She has achieved named Best Graduate in Science from Dibrugarh University in 2010, followed by receiving the Manik Lal Phookan Award in 2010 from J.B. College, Jorhat. She had also received the Institute of Scholars “Research Excellence Award in 2020 and SADHNA “Young Achiever Award” in 2020, and the “Indo-Asian Carl Linnaeus Best Teacher and Researcher Award, 2025” in Botany from IMRF. She is a permanent member of the Society for Advancement of Human and Nature, the Institute of Scholars, Delhi University Botanical Society, Botanical Society of Assam, and Indian Botanical Society. She had published many research papers in journals, book chapters and eight books to date.

Pranaba Nanda Bhattacharyya, PhD, FLS (London), FRES (UK)

Dr. Bhattacharyya is currently working as Head of the Department of Botany, NNS College, Titabar, India. He has also served for more than six years as Scientist C in the Mycology & Microbiology Department, Tocklai Tea Research Institute (TTRI), Tea Research Association (TRA), India. He has received two Gold Medals in BSc (Botany) in 2004 and MSc (Botany) in 2006 from Gauhati University. Dr. Bhattacharyya has completed a PhD under the guidance of the Late Prof. D. K. Jha in 2012. Dr. Bhattacharyya has recently been elected as a Fellow of the Linnean Society (FLS), London, and Fellow of the Royal Entomological Society (FRES), UK. His awards include Best Researcher Award on Engineering, Science and Medicine in 2020; SADHNA Young Achiever Award 2021; and BIOVED Young Scientist Award 2021. Dr. Bhattacharyya is the recognized Network Project Coordinator from North East India for the International Common Microbial Biotechnology Platform (CMBP) network. His current areas of research include microbial ecology and bioprospecting, climate smart agriculture, plant-microbe interactions, and natural resource management. Dr. Bhattacharyya has published more than 70 research publications to date. His Google Scholar Citations are over 5060; h-index 17 and i-10-index 30. He continued as Editor of six books published by reputed national and international publishers. Additionally, he has presented more than 15 research papers at national and international symposiums and seminars. He has served as resource person, chairperson, and co-chairperson for DST, DBT, Tea Industry, National/Internation Symposium etc., and delivered lectures/chaired/co-chaired the occasion. He has been a project investigator of DBT and NTRF. He has experience in serving as a convenor/joint convenor for international seminars, trainings, FDPs, and workshops. He has guided/supervised/evaluated/external examiners of BSc dissertations (Gauhati University), master’s (AAU, Jorhat), and PhD theses (Deakin University, Australia). Additionally, he has been actively involved as a journal reviewers for several reputed journals and thereby served the scientific fraternity across the globe.

Bhaskar Sarma, PhD, FLS (London)

Dr. Sarma completed his master’s in 2010 and his PhD in Botany in 2015 from Gauhati University, India, specializing in Cytology, Genetics, and Plant Breeding. He is currently serving as an Assistant Professor at Dhemaji College (Dibrugarh University), Assam, India. Dr. Sarma received a Junior Research Fellowship from DBT (2011-2014). With eight years of teaching experience, his research interests include genetics, molecular biology, computational biology, stress physiology, microbiology, and plant ecology. He has presented more than 13 research papers at national and international seminars and symposia. He has also served as a resource person, chairperson, and co-chairperson at various academic programs and scientific events supported by DST, DBT, and other national and international organizations, where he has delivered invited lectures and chaired technical sessions. Dr. Sarma has authored over 35 publications in peer-reviewed national and international journals, including conference papers and book chapters. He has contributed to the peer-review process of several high-impact journals, such as those published by Elsevier, Wiley, and Springer. Additionally, Dr. Sarma is the author of six books written for undergraduate and postgraduate students. He also serves as the editor of a special issue for the journal Frontiers in Plant Science. His Google Scholar h-index is 15, and his i-10-index is 16.




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