Smart Environmental Systems: Climate Intelligence, Sustainability, and Policy Innovation
Dr. Archana Agarwal
FORMAT
Paperback and e–book
ISBN
978-93-49359-10-9
DOI
doi.org/10.5281/zenodo.21097034
PAGES
178 pages
PRICE
Rs. 1000/- ($50)
About The Authors
Dr. Archana Agarwal is a distinguished academician with over two decades of leadership in higher engineering education. As a rigorous researcher specializing in advanced environmental remediation, she holds a Ph.D. in groundwater purification and has expanded her scholarly footprint with a second doctorate from the University of Delhi, pioneering research in nanomaterial design and green catalysis. Her empirical work effectively bridges the critical intersections of sustainable environmental chemistry, nanotechnology, and water resource management. Complementing her active scientific inquiry, Dr. Agarwal possesses deep expertise in institutional governance, curriculum architecture, and quality assurance frameworks. Her dual mastery of outcome-based educational engineering and cutting-edge analytical instrumentation provides an authoritative, interdisciplinary foundation for advanced research, innovation, and policy development in the environmental sciences.
About The Book
The escalating challenges of climate change, environmental degradation, resource scarcity, and rapid urbanization have created an urgent need for innovative, data-driven, and interdisciplinary solutions. Smart Environmental Systems: Climate Intelligence, Sustainability, and Policy Innovation explores the convergence of advanced digital technologies, environmental sciences, and governance frameworks to address some of the most pressing sustainability challenges of the twenty-first century. This book presents a comprehensive examination of how emerging technologies such as Artificial Intelligence (AI), the Internet of Things (IoT), Big Data Analytics, Remote Sensing, Digital Twins, Machine Learning, Geographic Information Systems (GIS), and intelligent decision-support systems are transforming environmental monitoring, climate adaptation, natural resource management, and sustainable development practices. It highlights how smart environmental systems can enhance predictive capabilities, optimize resource utilization, strengthen resilience against climate risks, and support evidence-based policymaking. The volume brings together contributions from researchers, academicians, practitioners, policymakers, and industry experts from diverse disciplines. The chapters cover a broad range of themes including climate intelligence and forecasting, smart agriculture, water and energy management, biodiversity conservation, environmental governance, circular economy models, sustainable urban development, climate resilience, environmental justice, and policy innovation. Through theoretical discussions, empirical studies, technological advancements, and practical case studies, the book offers valuable insights into the development of integrated environmental solutions for a sustainable future. Designed for scholars, policymakers, environmental professionals, engineers, data scientists, and graduate students, this book serves as an important reference for understanding the role of intelligent technologies in shaping environmentally sustainable societies and informed policy frameworks. By bridging science, technology, and governance, the book contributes to the growing discourse on achieving global sustainability goals and building climate-resilient communities.
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