1st Edition
Go Green for Environmental Sustainability An Interdisciplinary Exploration of Theory and Applications
This book highlights topics ranging from green chemistry and engineering to bioremediation, smart technologies, and sustainable business practices. The common threads running through this volume are the need for urgent action, a vision for a sustainable future, and the awareness that solutions must be widely accessible and advance the welfare of all nations, especially in the face of climate change.
The authors delineate how we can protect and restore natural ecosystem potential to achieve environmental sustainability. They provide a clear idea of today’s environmental challenges and solutions, focus on energy use patterns and the reduction of energy consumption, advocate for increased environmental awareness, and discuss environmental monitoring systems. The book contains many domestic and international case studies and showcases visionary ideas in action to illustrate sustainability principles.
This volume provides an in-depth reference for stakeholders from academia, government, and industry on the latest research in environmental sustainability solutions. Inspired by the common wisdom that we do not inherit this Earth from our ancestors but instead borrow it from our children, the authors offer solutions to emergent problems. This research comprises an important contribution to the global effort to build a more sustainable tomorrow.
Chapter 1. Making Heme Proteins Green: Designing Enzymes For Bioremediation And Environmental Sustainability
Chapter 2: Organic Farming With Residual Microbial Consortia And Its Potential In Sustainable Agriculture Production
Chapter 3: Dynamic Role Of Specific Microbes In Bioremediation Of Heavy Metals And Dyes From The Textile Industry
Chapter 4: From The Green Revolution To The Green Chemistry Revolution: In Pursuit Of A Paradigm Shift In Agricultural Sustainability
Chapter 5: The Power Of Markets: Reduce Climate Risks While Creating Inclusive Prosperity
Chapter 6: Green Banking: An Environmental Shield For Sustainable Growth In India
Chapter7: Green Computing: An Eco-Friendly And Energy Efficient Computing To Minimize E-Waste Generation
Chapter 8: Technological Innovations For Environmental Sustainability
Chapter 9: Green Transportation: Exploring Carpooling As An Environmentally Sustainable Solution
Chapter 10: Learning The Scandinavian Approach To Green Infrastructure, Energy And A Circular Economy
Chapter 11: Understanding The Economic And Insurance Industry Implications Of The Australian Bushfires Of 2019-2020
Chapter 12: Concrete Containing Waste Materials And Environment Sustainability
Chapter 13: A Study Of Environmental Disclosure Practices In India With Special Emphasis On The Mining Sector
Chapter 14: Identifying Green Physicians: A Segmentation Study In Eastern India
Chapter 15: Developing Cleaning And Building Management Strategies For Green And Sustainable Healthcare Facilities
Chapter 16: Green Thinking, Green Acting: Re-Determining The Self As Ecological
Biography
Xavier Savarimuthu, S.J., was a Vice-Principal and Head of the Department of Environmental Studies at St. Xavier’s College, Kolkata. He has extensively presented and published papers on his work on arsenic pollution both in India and abroad. His latest article was published in four different languages, namely, French, Spanish, Latin, and English. He has delivered invited lectures in Stockholm, Sweden; Manila, Philippines;, Paris, France; Bonn, Germany; and at the University of Oxford. He has taught at Santa Clara University, California, and Saint Joseph’s University, Philadelphia, where he held the endowed MacLean Jesuit Chair. He has ignited many young minds in the field of environmental education, creating a new generation of ecologically conscious citizens.
Usha Rao is an Associate Professor of environmental geochemistry at Saint Joseph’s University, Philadelphia. She obtained her undergraduate degree in geology from St. Xavier’s College, Bombay, and her Ph.D. in geochemistry from the University of Rochester, prior to completing Environmental Research Council funded post-doctoral work in Geological Sciences and Civil and Environmental Engineering at Northwestern University. At Saint Joseph’s University where she has taught for over twenty years, she is the Founding Director of the Office of Teaching and Learning, and the co-founder of a mentoring program for gifted STEM students. Her research on environmental pollution has been widely published and supported by grants from the American Chemical Society, the Christian R. and Mary F. Lindback Foundation, and the National Science Foundation. She serves as an ad hoc reviewer for the National Science Foundation and leading international publications. She is a Climate Reality Fellow, certified by Vice President Al Gore’s foundation of the same name, and serves as a scientific consultant to corporations and intergovernmental organizations, and as a board trustee of several non-profit organizations.
Mark Reynolds, Ph.D., is an Associate Professor of Biochemistry at Saint Joseph’s University in Philadelphia. He received his B.A. in chemistry from Grinnell College as a Charles White Scholar, and his Ph.D. in Inorganic Chemistry from the University of Wisconsin-Madison as a National Science Foundation Biophysics Fellow. He was a postdoctoral researcher at the University of Minnesota. At Saint Joseph’s University, he currently serves as the Director of Saint Joseph's University's office of competitive fellowships. His research focuses on the role of heme-based gas sensing proteins which sense NO, CO, and O2, and play a crucial regulatory role in a wide variety of organisms. His research has been published in international scientific journals including Nature, the Journal of Inorganic Biochemistry, and Biochemistry, and was profiled in Chemical and Engineering News. Dr. Reynolds’ research has been funded by the American Chemical Society - Petroleum Research Fund, Research Corporation, Merck, Inc., the National Institutes of Health, and the National Science Foundation.
