This book talks about the dynamics of the surface water-groundwater contaminant interactions under different environmental conditions across the world. The contents of the book highlight trends of monitoring, prediction, awareness, learning, policy, and mitigation success. The book provides a description of the background processes and factors controlling resilience, risk, and response of water systems, contributing to the development of more efficient, sustainable technologies and management options. It integrates methodologies and techniques such as data science and engineering, remote sensing, modelling, analytics, synthesis and indices, disruptive innovations and their utilization in water management, policy making, and mitigation strategies. The book is intended to be a comprehensive reference for students, professionals, and researchers working on various aspects of science and technology development. It will also prove a useful resource for policy makers and implementation specialists.

Autorentext

Dr. Manish Kumar is a Fellow of the Royal Society of Chemistry (FRSC) and faculty at Discipline of Earth Sciences at the Indian Institute of Technology Gandhinagar, Gujarat, India. He earned his Ph.D. in Environmental Engineering from the University of Tokyo, Japan. He has multifacet research domains like Groundwater Pollution and Remediation, Water Systems and Climate Change, Isotope Hydrology, Emerging Contaminants: Occurrence, Fate and Transport, Arsenic and Metal Toxicity, and Bioremediation. He has been the recipient of Water Advanced Research and Innovation (WARI) Fellowship, Japan Society for the Promotion of Science (JSPS) foreign research fellowship, Brain Korea (BK)-21 post-doctoral fellowship, Monbukagakusho scholarship, Linnaeus-Palme stipend from SIDA, Sweden, and Research Fellowship from CSIR, India and others. He supervised 6 Ph.D. thesis and >20 master dissertations. He published >80 international peer-reviewed journal papers, >120 other scholarly works and has 17 years' research/teaching experience with H-index =25, i10-index=50 with total citation (*2500)-Google Scholar. He is the core committee member of the International Water Association (IWA)- India Chapter. He is the one of the illutrious members of global collaboration on wastewater based epidemiology of COVID-19.  

Dr. Francisco Munoz-Arriola is a faculty member in the Department of Biological Systems Engineering and the School of Natural Resources at the University of Nebraska-Lincoln. His area of interest and expertise includes coupled natural-human systems, hydroinformatics, integrated hydroclimate and water quality and quantity, resilient of complex landscapes, sub-seasonal to seasonal predictability of hydrometeorological and climate extremes and phenotypes, remote sensing appli- cations, and the nexus food-energy-water-ecosystem services. He is fellow of the Robert B. Daugherty Water for food Global Institute, the National Science Foundation Enabling the Next Generation of Hazards and Disasters, the American Meteorological Society Summer Policy Colloquium, and the University of Nebraska Public Policy Center. He has published his research ndings in journals of both national and international repute.

Prof. Hiroaki Furumai is a professor of the Research Center for Water Environment Technology, the University of Tokyo with a joint appointment at the Department of Urban Engineering. His research group has conducted research on 1) Sustainable urban drainage management focusing on urban ood modeling and non-point source pollution, 2) Fate and control of pathogenic microorganisms in urban water cycles, 3) Bioremediation of contaminated soil and groundwater, 4) Water quality characterization and its evaluation for sustainable urban water use. He was a member of Board of Director of International Water Association (IWA) since 2012 and then organize the World Water Congress and Exhibition at Tokyo in 2018. He is IWA Distinguished Fellow after working as IWA fellow 2010. He was a vice president (20142017), the president (20162017) and is now an advisor (2017- ) of the Japan Society on Water Environment. He is accredited with 250 research publications.

Dr. Tushara Chaminda is an academic and a professional engineer in Sri Lanka, specialised in the field of civil and environmental engineering. Currently, he is working as a Senior Lecturer in the Department of Civil and Environmental Engineering, Faculty of Engineering, University of Ruhuna, Sri Lanka. His area of expertise includes but not limited to emerging micro-pollutants in the urban water environment, characterisation of DOM, heavy metal speciation, water and wastewater treatment, sustainable water management, etc. He received his PhD from The University of Tokyo, Japan, in the year 2008, in the field of Urban Environmental Engineering. Upon completing his PhD, Dr. Tushara Chaminda worked as a researcher at The University of Tokyo for 4 years. He has been engaged in several administration activities, projects and collaboration work with different international and local stakeholders of various academic and professional institutes. Dr. Tushara Chaminda has around 100 publications in international journal papers, book chapters and international/local conferences. Dr. Tushara Chaminda has also won several international and local awards for his research achievements for the last couple of years. He is also working as an editor and a reviewer in many international journals and international conferences.

Inhalt

Section 1: Water Resilience: Vulnerability and Response

i. Problem, perspective and challenges of water monitoring ii. Water resilience to natural and human disasters

iii. Food-Energy-Water-Ecosystem Services Nexus iv. Water supply, urbanization and climate change

v. Integrative risk assessment and water management

Section 2: Data science and engineering for water system

vi. Water Data: modeling, uncertainty, and security vii. Standardization, Interoperability, and data sharing

viii. Analytics in Water Resource ix. Visualization and synthesis of the multi-dimensional water system

x. Water Indices: specification, criteria and application

Section 3: Innovation in operational water management

xi. Engineering water supply for conservation, resiliency, and sustainability xii. Water quality treatments and natural remediation of water contaminants

xiii. Shifts and trends of water quality analyses xiv. Paradigms of life cycle, vulnerability and cost benefit analyses for water

xv. Modeling human behavior and decision making

Section 4: Policy and Mitigation

xvi. Bridging water quality and quantity for adaptive management xvii. Preparedness and awareness in sanitization for health and prosperity

xviii. Science, sense and sensibility for water quality mitigation and policy making xix. Collaborations and conflicting interest across government and interstate conflicts

xx. Language of water science: common ground for scientist, stake holders and managers