Thomas Bolognesi is a researcher at the Geneva School of Business Administration, HES-SO. His research investigates the processes of social-ecological systems evolution, emphasizing non-linearities and patterns diversity. He combines economics and public policy analysis to study the organization and effects of urban water services regulation, the development of water policy regimes, and water security.Francisco Silva Pinto is an Assistant Professor at Lusofona University (LU) and researcher at EIGeS, FE-LU, and CERIS, IST-UL. His research interests cover the application of numerical modelling and analytics to support decision making in governance, pricing, and finance of utilities (mainly water supply, wastewater, and waste) under critical socio-economic and environmental situations.Megan Farrelly is an Associate Professor in the School of Social Sciences at Monash University. Her research explores the intersection of urban water governance and sustainability transitions, focusing on processes and pathways for delivering practical and socio-institutional change towards sustainable urban transformations.

• List of Contributors. Introduction- Urban Water Governance: Approaching a pressing environmental and social challenge. Part I: Technical and historical aspects of Water supply systems. 1)Urban water cycle and services: an integrative perspective. 2)Traditional systems of drinking water delivery: technical aspects and sources. 3)Hybrid water supply systems: resilience and implementability. 4)Urban water supply and life cycle assessment. 5)Modelling Urban Water Infrastructure Renewal. 6)Territories and technologies: history and current trends of their interaction in urban water services. Part II: Technical and historical aspects of Wastewater systems. 7)Conventional systems for urban sanitation and wastewater management in Middle and High income countries. 8)Sanitation systems: Are hybrid systems sustainable or does winner takes all? 9)Management of Urban Drainage Infrastructure. 10)The history of technological change in urban wastewater management, 1830-2010. Part III: Regulation and Economic perspectives. 11)Institutional perspectives on water services. 12)Fragmentation in Urban Water Governance: Navigating Legal and Normative Modalities. 13)Revisiting the theory on the regulation of water utilities: Evolution, challenges and trends. 14)Trends and comparisons of outcomes between public and privately owned utilities. 15)Institutional, economic, and spatial barriers to water services delivery in urban slums and informal settlements. Part IV: Political processes. 16)Actor networks in urban water governance. 17)Policy transfer in urban water management: evidence from ten BEGIN cities. 18)Rethinking urban water governance and infrastructure in Europe: Challenges and opportunities of regionalization and organizational autonomy. 19)Sustainability Transitions in Urban Water Management: Assessing the Robustness of Institutional Arrangements. Part V: Urban Water Governance and Sustainability. 20)Urban metabolism and water sensitive cities governance – Designing and evaluating water-secure, resilient, sustainable, liveable cities. 21)Leveraging Artificial Intelligence in Addressing Water Safety Challenges. 22)Political ecologies of urban water governance. 23)Territorial Integration and Innovation for Good Urban Water Governance. 24)Urban Water Security. 25)Urban Water Quality and Chemical Pollution. New Emerging contaminants: Nanomaterials and Microplastics. Index.

Thomas Bolognesi is a researcher at the Geneva School of Business Administration, HES-SO. His research investigates the processes of social-ecological systems evolution, emphasizing non-linearities and patterns diversity. He combines economics and public policy analysis to study the organization and effects of urban water services regulation, the development of water policy regimes, and water security.Francisco Silva Pinto is an Assistant Professor at Lusofona University (LU) and researcher at EIGeS, FE-LU, and CERIS, IST-UL. His research interests cover the application of numerical modelling and analytics to support decision making in governance, pricing, and finance of utilities (mainly water supply, wastewater, and waste) under critical socio-economic and environmental situations.Megan Farrelly is an Associate Professor in the School of Social Sciences at Monash University. Her research explores the intersection of urban water governance and sustainability transitions, focusing on processes and pathways for delivering practical and socio-institutional change towards sustainable urban transformations.

• List of Contributors. Introduction- Urban Water Governance: Approaching a pressing environmental and social challenge. Part I: Technical and historical aspects of Water supply systems. 1)Urban water cycle and services: an integrative perspective. 2)Traditional systems of drinking water delivery: technical aspects and sources. 3)Hybrid water supply systems: resilience and implementability. 4)Urban water supply and life cycle assessment. 5)Modelling Urban Water Infrastructure Renewal. 6)Territories and technologies: history and current trends of their interaction in urban water services. Part II: Technical and historical aspects of Wastewater systems. 7)Conventional systems for urban sanitation and wastewater management in Middle and High income countries. 8)Sanitation systems: Are hybrid systems sustainable or does winner takes all? 9)Management of Urban Drainage Infrastructure. 10)The history of technological change in urban wastewater management, 1830-2010. Part III: Regulation and Economic perspectives. 11)Institutional perspectives on water services. 12)Fragmentation in Urban Water Governance: Navigating Legal and Normative Modalities. 13)Revisiting the theory on the regulation of water utilities: Evolution, challenges and trends. 14)Trends and comparisons of outcomes between public and privately owned utilities. 15)Institutional, economic, and spatial barriers to water services delivery in urban slums and informal settlements. Part IV: Political processes. 16)Actor networks in urban water governance. 17)Policy transfer in urban water management: evidence from ten BEGIN cities. 18)Rethinking urban water governance and infrastructure in Europe: Challenges and opportunities of regionalization and organizational autonomy. 19)Sustainability Transitions in Urban Water Management: Assessing the Robustness of Institutional Arrangements. Part V: Urban Water Governance and Sustainability. 20)Urban metabolism and water sensitive cities governance – Designing and evaluating water-secure, resilient, sustainable, liveable cities. 21)Leveraging Artificial Intelligence in Addressing Water Safety Challenges. 22)Political ecologies of urban water governance. 23)Territorial Integration and Innovation for Good Urban Water Governance. 24)Urban Water Security. 25)Urban Water Quality and Chemical Pollution. New Emerging contaminants: Nanomaterials and Microplastics. Index.

Thomas Bolognesi is a researcher at the Geneva School of Business Administration, HES-SO. His research investigates the processes of social-ecological systems evolution, emphasizing non-linearities and patterns diversity. He combines economics and public policy analysis to study the organization and effects of urban water services regulation, the development of water policy regimes, and water security.Francisco Silva Pinto is an Assistant Professor at Lusofona University (LU) and researcher at EIGeS, FE-LU, and CERIS, IST-UL. His research interests cover the application of numerical modelling and analytics to support decision making in governance, pricing, and finance of utilities (mainly water supply, wastewater, and waste) under critical socio-economic and environmental situations.Megan Farrelly is an Associate Professor in the School of Social Sciences at Monash University. Her research explores the intersection of urban water governance and sustainability transitions, focusing on processes and pathways for delivering practical and socio-institutional change towards sustainable urban transformations.

• List of Contributors. Introduction- Urban Water Governance: Approaching a pressing environmental and social challenge. Part I: Technical and historical aspects of Water supply systems. 1)Urban water cycle and services: an integrative perspective. 2)Traditional systems of drinking water delivery: technical aspects and sources. 3)Hybrid water supply systems: resilience and implementability. 4)Urban water supply and life cycle assessment. 5)Modelling Urban Water Infrastructure Renewal. 6)Territories and technologies: history and current trends of their interaction in urban water services. Part II: Technical and historical aspects of Wastewater systems. 7)Conventional systems for urban sanitation and wastewater management in Middle and High income countries. 8)Sanitation systems: Are hybrid systems sustainable or does winner takes all? 9)Management of Urban Drainage Infrastructure. 10)The history of technological change in urban wastewater management, 1830-2010. Part III: Regulation and Economic perspectives. 11)Institutional perspectives on water services. 12)Fragmentation in Urban Water Governance: Navigating Legal and Normative Modalities. 13)Revisiting the theory on the regulation of water utilities: Evolution, challenges and trends. 14)Trends and comparisons of outcomes between public and privately owned utilities. 15)Institutional, economic, and spatial barriers to water services delivery in urban slums and informal settlements. Part IV: Political processes. 16)Actor networks in urban water governance. 17)Policy transfer in urban water management: evidence from ten BEGIN cities. 18)Rethinking urban water governance and infrastructure in Europe: Challenges and opportunities of regionalization and organizational autonomy. 19)Sustainability Transitions in Urban Water Management: Assessing the Robustness of Institutional Arrangements. Part V: Urban Water Governance and Sustainability. 20)Urban metabolism and water sensitive cities governance – Designing and evaluating water-secure, resilient, sustainable, liveable cities. 21)Leveraging Artificial Intelligence in Addressing Water Safety Challenges. 22)Political ecologies of urban water governance. 23)Territorial Integration and Innovation for Good Urban Water Governance. 24)Urban Water Security. 25)Urban Water Quality and Chemical Pollution. New Emerging contaminants: Nanomaterials and Microplastics. Index.