Sustainable Environmental Biotechnology

Sustainable Environmental Biotechnology explores how biotechnological innovations address global environmental challenges including pollution, ecosystem degradation, climate change, and resource scarcity. This integrative resource synthesizes environmental microbiology, bioremediation, ecological engineering, and sustainability science to explain biotechnology's role in environmental stewardship. The book systematically covers bioremediation mechanisms for contaminated soil and water, phytoremediation, mycoremediation, and biodegradation of pollutants. Topics span wastewater treatment biotechnologies, biosolids management, biogas and biofuel production, and greenhouse gas mitigation through biological processes. Coverage includes ecological restoration biotechnologies, conservation applications, and carbon sequestration mechanisms. Advanced sections address climate-resilient agriculture biotechnologies, sustainable aquaculture, and biotechnology contributions to circular economy principles. Real-world applications span industrial pollution control, mine remediation, agricultural sustainability, and urban environmental restoration. Featuring case studies from global environmental projects and diverse geographical contexts, Sustainable Environmental Biotechnology equips environmental professionals, policy makers, sustainability practitioners, and researchers with understanding of biotechnology's critical contributions to achieving environmental sustainability worldwide.