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Full Description
This book assembles a global perspective on the challenges and opportunities to achieve environmental sustainability through biotechnology. The book highlights agenda for utilizing scientific knowledge including the use of beneficial microbes, and biotechnological approaches for combating key global issues related to environmental sustainability. Additionally, to evolve adaptive processes and mitigation approaches, certain novel insights on resilience mechanisms, sustainability principles, and bio-inputs are discussed. The book also showcases advanced technologies in the area of biotechnology, including use of microbes in biodegradation, bioremediation, sustainable agriculture and food security.
This book is valuable for environmentalists, ecologists, policy makers and industrial entrepreneurs. The book is also a reference source for researchers, undergraduate and graduate students of the environment science and biotechnology fields.
Contents
Section 1: Foundations of Microbial Biotechnology in Sustainability
(Theoretical and conceptual groundwork)
.- Chapter 1: Microbes for a Sustainable World: Pioneering the SDGs through Microbial Ingenuity
Section 2: Sustainable Agriculture and Biotechnological Solutions
(Applications in food security, crop production, and soil health)
.- Chapter 2: Microorganisms for Sustainable Agriculture and Food Security
.- Chapter 3: Biochar Mediated Soil Amendment for Sustainable Agriculture
.- Chapter 4: Enhancing Strawberry Production in Different Systems: The Role of Nutrient Solutions and Biofertilizers
.- Chapter 5: Salicylic Acid in Sustainable Agriculture by Mitigating Salt Stress: Impact on Membrane Lipids
.- Chapter 6: Bioprospecting of Plant Growth-Promoting Fungi (PGPF) for Remediating Plant Stress
Section 3: Industrial Biotechnology and Environmental Remediation
(Advanced applications in industry, waste management, and environmental restoration)
.- Chapter 7: Microbially Derived Chitinases: Multifunctional Enzymes for Biocontrol, Bioremediation, and Sustainable Industrial Applications
.- Chapter 8: Unveiling Nature's Bacterial Solution to Radioactive Waste
.- Chapter 9: Bacterial Remediation of Radioactive Waste: Current Understanding On Mechanistic Insights and Future Direction
.- Chapter 10:Food Waste Biotransformation: Advancing Enzyme Production through Microbial Processes
.- Chapter 11:Pyomelanin Biosynthesis by Pseudomonas: A Sustainable Resource for Cosmetic Formulations
.- Chapter 12:Proteomics in Unravelling Secondary Metabolite Synthesis in Plants: Exploring the Microbial Connection.
