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This book explores advanced biotechnologies addressing environmental and industrial challenges. It bridges the gap between scientific innovation and practical implementation, showcasing how microbial, nano-biotechnological and biochemical advancements can drive sustainability across agriculture, industry, and environmental remediation. This book opens with a focus on soil health, highlighting biochar-based fertilizers and microbial interventions to rejuvenate degraded soils, enhance crop productivity, and reduce chemical dependency. It then transitions to pollution control, featuring microbial biosurfactants and CRISPR-engineered microbes for pollutant cleanup, nanotechnology-driven wastewater treatment and innovative strategies for radioactive waste management. Industrial applications are equally emphasized, with chapters on antimicrobial food packaging to combat spoilage and microbial carotenoids for pharmaceutical and nutraceutical industries
This volume of Microorganisms for Sustainability book series is a vital resource for researchers, policymakers, and practitioners. It underscores biotechnology s role in achieving the United Nations Sustainable Development Goals (SDGs), particularly in climate action (SDG 13), clean water and sanitation (SDG 6), and responsible consumption and production (SDG 12). By addressing both traditional and emerging fields such as nano-biotechnology and microbial engineering the book fosters interdisciplinary collaboration and inspires scalable, eco-conscious solutions for a resource-constrained world.
Sommario
Chapter 1. Biochar-Based Fertilizers: A New Approach to Sustainable Soil Management.- Chapter 2. Bioconversion of Agricultural/Industrial Waste into Biofuels.- Chapter 3. Sustainable Biodegradable Packaging materials from Food Waste.- Chapter 4. Microbes and Bioremediation: An Emerging Approach for Environmental Cleanness.- Chapter 5. Conventional Beyond Transformative Bioremediation.- Chapter 6. Microbial Biosurfactants and Their Role in Pollutant Cleanup.- Chapter 7. Microbial Nano-biotechnology for Wastewater Research: A Sustainable Approach.- Chapter 8. Advancing Radwaste Remediation: Innovations, Strategies, and Future Perspectives.- Chapter 9. Applied biotechnology in the restoration of cultural heritage.- Chapter 10. Cutting-Edge Antimicrobials in Food Packaging Applications.- Chapter 11. The Silent Menace of Fumonisins: Cancer Risks, Outbreak Lessons, and Mitigation Pathways.- Chapter 12. Microbial Carotenoids: Biosynthesis Pathways, Production Strategies, and their Industrial Applications.
Info autore
Prof Naveen Kumar Arora,
Fellow of International Society of Environmental Botanists, Professor in Department of Environmental Science, Former Dean, School of Earth and Environmental Sciences, and President of Institutions Innovation Council, Babasaheb Bhimrao Ambedkar University, India, is a renowned researcher in the field of Environmental Microbiology and Biotechnology. His specific area of research is plant-microbe-interactions and sustainable agriculture. He has more than 180 research articles published in international journals. He is editor of 58 books, published by Springer Nature an Elsevier. He is the Series Editor of book series “Microorganisms for Sustainability” published by Springer Nature and Editor of the journal “Plant Pathology” published by Wiley. He is the Editor in Chief of the journal “Environmental Sustainability” published by Springer Nature. He has received awards for excellence in research by various national and international organizations. He is President, Society for Conservation of Wildlife and is Secretary, Society for Environmental Sustainability.
Dr. Jitendra Mishra
is an Assistant Professor of Microbiology at Amity University Punjab, India. A globally recognized scientist, he ranked among the top 2% of microbiologists worldwide. He previously coordinated a DST-SEED-funded project (2020–2023) at Babasaheb Bhimrao Ambedkar University, spearheading R&D in microbial technologies. With prior expertise as a DST Research Associate, he specializes in biocontrol agent development, including strain selection, carrier formulation, and quality control. Dr. Mishra’s research focuses on microbial secondary metabolites, bioinoculants, and plant growth-promoting rhizobacteria (PGPR), leveraging fluorescent pseudomonads for eco-friendly phytopathogen management in saline soils. An active academic, he mentors postgraduate students, holds a patent, and has published extensively in reputed journals. He has authored three books and serves as an editor for several journals. His interdisciplinary work bridges microbial innovation and sustainable agriculture, addressing global agricultural challenges through cutting-edge biotechnological solutions.
Riassunto
This book explores advanced biotechnologies addressing environmental and industrial challenges. It bridges the gap between scientific innovation and practical implementation, showcasing how microbial, nano-biotechnological and biochemical advancements can drive sustainability across agriculture, industry, and environmental remediation. This book opens with a focus on soil health, highlighting biochar-based fertilizers and microbial interventions to rejuvenate degraded soils, enhance crop productivity, and reduce chemical dependency. It then transitions to pollution control, featuring microbial biosurfactants and CRISPR-engineered microbes for pollutant cleanup, nanotechnology-driven wastewater treatment and innovative strategies for radioactive waste management. Industrial applications are equally emphasized, with chapters on antimicrobial food packaging to combat spoilage and microbial carotenoids for pharmaceutical and nutraceutical industries
This volume of
Microorganisms for Sustainability
book series is a vital resource for researchers, policymakers, and practitioners. It underscores biotechnology’s role in achieving the United Nations Sustainable Development Goals (SDGs), particularly in climate action (SDG 13), clean water and sanitation (SDG 6), and responsible consumption and production (SDG 12). By addressing both traditional and emerging fields—such as nano-biotechnology and microbial engineering—the book fosters interdisciplinary collaboration and inspires scalable, eco-conscious solutions for a resource-constrained world.
