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This book is the first of its kind on the emerging topic of source-to-sea management. It showcases different applications of the concept to improve environmental health of freshwater, land, and coastal and marine systems, drawing upon research performed across Europe, Africa and Asia.
Improved management of land, freshwater, coasts and oceans is a key environmental challenge of our time. It is needed to prevent the millions of tons of plastic that enter the ocean from land-based sources each year. It is essential to slow the spread of dead zones in our coastal and marine waters and prevent the flows of rivers from being so highly diverted that little or no water reaches the sea. Source-to-sea (S2S) is an emerging concept to improve understanding of how to effectively manage freshwater, land, coastal and marine systems. The collected works in this book explore experiences with S2S management in diverse regions across Europe, Asia, Africa and Australia, addressing different S2S challenges ranging from sedimentation, nutrient and pharmaceutical pollution in rivers and lakes to marine debris on the coasts and seas. It provides some key insights into a few areas that should be of interest to those curious about the lessons from case studies of applied S2S interventions.
This book will be of great value to scholars, students, and researchers interested in global water governance, water bodies management, sustainable development and environmental management.
The chapters in this book were originally published as a special issue of the journal Water International.
Table of Contents
Josh Weinberg, Qinhua Fang, Sarantuyaa Zandaryaa, Greg Leslie and James E. Nickum
- Building foundations for source-to-sea management: the case of sediment management in the Lake Hawassa sub-basin of the Ethiopian Rift Valley
- Environmental management in the Bohai and Baltic seas from a source-to-sea perspective: challenges and opportunities
- Success and sustainability of nutrient pollution reduction in the Danube River Basin: recovery and future protection of the Black Sea Northwest shelf
- A source-to-sea approach to emerging pollutants in freshwater and oceans: pharmaceuticals in the Baltic Sea region
- A visualization tool for citizen-science marine debris big data
- Community-of-interests across source-to-sea systems: an international law perspective
- Governing resilient landscapes across the source-to-sea continuum
Mulugeta Dadi Belete, David Hebart-Coleman, Ruth E. Mathews and Cryton Zazu
Yan Wang, Erik Lindblom, Yanjing Zhu, Ruth E. Mathews, Mikael Malmaeus and Kun Lei
A. Kovacs and I. Zavadsky
Sarantuyaa Zandaryaa and Dmitry Frank-Kamenetsky
Graeme F. Clark, Jordan Gacutan, Robert Lawther, Emma L. Johnston, Heidi Tait and Tomasz Bednarz
Flavia Tavares da Rocha Loures
Rebecca Welling, Paulina Filz, James Dalton, Douglas Mark Smith, Janaka de Silva and Peter Manyara
Josh Weinberg is Programme Manager at the Water Resources department at Stockholm International Water Institute (SIWI). He has 15 years of experience in the fields of water and environmental governance. He has worked with the development and implementation of the source-to-sea approach and helped initiate the formation of the Action Platform for Source-to-Sea Management.
Qinhua Fang is Professor of Ocean and Coastal Management Science of Xiamen University, China. His research interest is focused on the interfaces of science and management in the coastal areas, including environmental systems analysis, marine spatial planning and marine policy studies.
Sarantuyaa Zandaryaa is Programme Specialist on water quality in the Division of Water Sciences and the Secretariat of the Intergovernmental Hydrological Programme (IHP) in the UNESCO Headquarters in Paris, France. She coordinates the implementation of the IHP’s International Initiative on Water Quality, including projects and activities on clean water for humans and ecosystems, water quality monitoring, water pollution, emerging pollutants and microplastics in water, and the impact of climate change on water quality.
Greg Leslie is the Director of the Global Water Institute, University of New South Wales, and a Professor in the School of Chemical Engineering at UNSW Sydney. He specializes in systems analysis for water and wastewater treatment processes for municipal, industrial and agricultural applications. He has served on the Desalination Guidelines Technical Committee for the World Health Organisation, the Water Issue Committee for the National Health and Medical Research Council and the Independent Advisory Panel for the Orange County Groundwater Replenishment Project.
James Nickum is Fellow of the International Water Resources Association (IWRA) and Editor-in-Chief of Water International.