This book explores how integrated management of environmental resources via a nexus approach can help in achieving the respective Sustainable Development Goals (SDGs). It provides conceptual considerations but mainly practical examples on how to implement a nexus approach in cities and multifunctional land-use systems to increase resource use efficiency and develop a low carbon economy. After sketching out the background and conceptual outline, contributions to the book explore key aspects of the nexus implementation. Specifically, they - Demonstrate how to sustainably use organic waste…mehr
This book explores how integrated management of environmental resources via a nexus approach can help in achieving the respective Sustainable Development Goals (SDGs). It provides conceptual considerations but mainly practical examples on how to implement a nexus approach in cities and multifunctional land-use systems to increase resource use efficiency and develop a low carbon economy.
After sketching out the background and conceptual outline, contributions to the book explore key aspects of the nexus implementation. Specifically, they
- Demonstrate how to sustainably use organic waste and wastewater for agriculture,
- Explore examples on how to manage multifunctional land-use systems including multipurpose reservoirs,
- Highlightthe importance of economic incentives for successful nexus implementation, and
- Provide a comprehensive perspective on challenges and opportunities of implementation, considering peer-to-peer learning, indigenous knowledge, and stakeholder participation.
The chapters in this book shed a new light on key aspects of the interrelation between SDGs and the nexus approach in resilient cities and multifunctional land-use systems, and provide specific examples on how to advance sustainable resources management.
Chapter 1. Use of The Nexus Approach as a Tool for Resources Management in Resilient Cities and Multi-functional Land Use Systems (Hülsmann and Jampani).- Chapter 2. How to Best Apply Information Technology to Realize a Transdisciplinary Water-Soil-Waste Nexus Approach (Bouma).- Chapter 3. Nutrient Recovery for Use in Agriculture: Economic Assessment of Decentralized Compost Business Model in Nairobi (Gebrezgabher, Taron and Amewu).- Chapter 4. Sustainable and Safe Reuse of Wastewater for Food Production in Peri-urban Areas of Karnataka, India (Ramakrishna and Hanisch).- Chapter 5. Multi-functional Historical Data for Improved Management of Reservoirs (Sang and Maina).- Chapter 6. Usefulness of Surface Water Retention Reservoirs Inspired by 'Permaculture Design'. A Case Study in Southern Spain Using Bucket Modelling (Fiebrig and Van De Wiel).- Chapter 7. Economic Valuation of Environmental Services Associated with Agriculture in the Watershed of Lake Lagdo, Cameroon (Nje and Ayuk).- Chapter 8. he Energy-Water Nexus in Iran: The Political Economy of Energy Subsidies for Groundwater Pumping (Jaghdani and Kvartiuk).- Chapter 9. Political Economy of Energy Subsidies for Groundwater Irrigation in Mendoza, Argentina (Riera, Brümmer and Gennari).- Chapter 10. Rural Resources (Including Forestry) in the Local Development of Low Carbon Economy: a Case Study of Poland (Wisniewski).- Chapter 11. Opportunities and Challenges to Adopt Sustainable Watershed Management Interventions: An Overview of Experiences from Ethiopia (Tesfahunegn and Ayuk).- Chapter 12. The Potential Contribution of Cultural Ecological Knowledge in Resources Management of a Volcanic River Basin (Ariyanti, Scholten and Edelenbos).- Chapter 13. Nexus-Oriented Approach for Sharing Water Resources: Development of Eco-industrial Parks in the Catchment of Zayandeh Rud River, Iran (von Koerber, Raber and Schneider).- Chapter 14. City-to-City Learning within City Networks to Cater City Needs to Climate Adaptation - Results of a Preliminary Study (Haupt, Zevenbergen and van Herk).- Chapter 15. A Participatory Multi-stakeholder Approach to Implementing the Agenda 2030 for Sustainable Development: Theoretical Basis and Empirical Findings (Eichhorn, Hans and Schön-Chanishvili).
Chapter 1. Use of The Nexus Approach as a Tool for Resources Management in Resilient Cities and Multi-functional Land Use Systems (Hülsmann and Jampani).- Chapter 2. How to Best Apply Information Technology to Realize a Transdisciplinary Water-Soil-Waste Nexus Approach (Bouma).- Chapter 3. Nutrient Recovery for Use in Agriculture: Economic Assessment of Decentralized Compost Business Model in Nairobi (Gebrezgabher, Taron and Amewu).- Chapter 4. Sustainable and Safe Reuse of Wastewater for Food Production in Peri-urban Areas of Karnataka, India (Ramakrishna and Hanisch).- Chapter 5. Multi-functional Historical Data for Improved Management of Reservoirs (Sang and Maina).- Chapter 6. Usefulness of Surface Water Retention Reservoirs Inspired by 'Permaculture Design'. A Case Study in Southern Spain Using Bucket Modelling (Fiebrig and Van De Wiel).- Chapter 7. Economic Valuation of Environmental Services Associated with Agriculture in the Watershed of Lake Lagdo, Cameroon (Nje and Ayuk).- Chapter 8. he Energy-Water Nexus in Iran: The Political Economy of Energy Subsidies for Groundwater Pumping (Jaghdani and Kvartiuk).- Chapter 9. Political Economy of Energy Subsidies for Groundwater Irrigation in Mendoza, Argentina (Riera, Brümmer and Gennari).- Chapter 10. Rural Resources (Including Forestry) in the Local Development of Low Carbon Economy: a Case Study of Poland (Wiśniewski).- Chapter 11. Opportunities and Challenges to Adopt Sustainable Watershed Management Interventions: An Overview of Experiences from Ethiopia (Tesfahunegn and Ayuk).- Chapter 12. The Potential Contribution of Cultural Ecological Knowledge in Resources Management of a Volcanic River Basin (Ariyanti, Scholten and Edelenbos).- Chapter 13. Nexus-Oriented Approach for Sharing Water Resources: Development of Eco-industrial Parks in the Catchment of Zayandeh Rud River, Iran (von Koerber, Raber and Schneider).- Chapter 14. City-to-City Learning within City Networks to Cater City Needs to Climate Adaptation - Results of a Preliminary Study (Haupt, Zevenbergen and van Herk).- Chapter 15. A Participatory Multi-stakeholder Approach to Implementing the Agenda 2030 for Sustainable Development: Theoretical Basis and Empirical Findings (Eichhorn, Hans and Schön-Chanishvili).
Chapter 1. Use of The Nexus Approach as a Tool for Resources Management in Resilient Cities and Multi-functional Land Use Systems (Hülsmann and Jampani).- Chapter 2. How to Best Apply Information Technology to Realize a Transdisciplinary Water-Soil-Waste Nexus Approach (Bouma).- Chapter 3. Nutrient Recovery for Use in Agriculture: Economic Assessment of Decentralized Compost Business Model in Nairobi (Gebrezgabher, Taron and Amewu).- Chapter 4. Sustainable and Safe Reuse of Wastewater for Food Production in Peri-urban Areas of Karnataka, India (Ramakrishna and Hanisch).- Chapter 5. Multi-functional Historical Data for Improved Management of Reservoirs (Sang and Maina).- Chapter 6. Usefulness of Surface Water Retention Reservoirs Inspired by 'Permaculture Design'. A Case Study in Southern Spain Using Bucket Modelling (Fiebrig and Van De Wiel).- Chapter 7. Economic Valuation of Environmental Services Associated with Agriculture in the Watershed of Lake Lagdo, Cameroon (Nje and Ayuk).- Chapter 8. he Energy-Water Nexus in Iran: The Political Economy of Energy Subsidies for Groundwater Pumping (Jaghdani and Kvartiuk).- Chapter 9. Political Economy of Energy Subsidies for Groundwater Irrigation in Mendoza, Argentina (Riera, Brümmer and Gennari).- Chapter 10. Rural Resources (Including Forestry) in the Local Development of Low Carbon Economy: a Case Study of Poland (Wisniewski).- Chapter 11. Opportunities and Challenges to Adopt Sustainable Watershed Management Interventions: An Overview of Experiences from Ethiopia (Tesfahunegn and Ayuk).- Chapter 12. The Potential Contribution of Cultural Ecological Knowledge in Resources Management of a Volcanic River Basin (Ariyanti, Scholten and Edelenbos).- Chapter 13. Nexus-Oriented Approach for Sharing Water Resources: Development of Eco-industrial Parks in the Catchment of Zayandeh Rud River, Iran (von Koerber, Raber and Schneider).- Chapter 14. City-to-City Learning within City Networks to Cater City Needs to Climate Adaptation - Results of a Preliminary Study (Haupt, Zevenbergen and van Herk).- Chapter 15. A Participatory Multi-stakeholder Approach to Implementing the Agenda 2030 for Sustainable Development: Theoretical Basis and Empirical Findings (Eichhorn, Hans and Schön-Chanishvili).
Chapter 1. Use of The Nexus Approach as a Tool for Resources Management in Resilient Cities and Multi-functional Land Use Systems (Hülsmann and Jampani).- Chapter 2. How to Best Apply Information Technology to Realize a Transdisciplinary Water-Soil-Waste Nexus Approach (Bouma).- Chapter 3. Nutrient Recovery for Use in Agriculture: Economic Assessment of Decentralized Compost Business Model in Nairobi (Gebrezgabher, Taron and Amewu).- Chapter 4. Sustainable and Safe Reuse of Wastewater for Food Production in Peri-urban Areas of Karnataka, India (Ramakrishna and Hanisch).- Chapter 5. Multi-functional Historical Data for Improved Management of Reservoirs (Sang and Maina).- Chapter 6. Usefulness of Surface Water Retention Reservoirs Inspired by 'Permaculture Design'. A Case Study in Southern Spain Using Bucket Modelling (Fiebrig and Van De Wiel).- Chapter 7. Economic Valuation of Environmental Services Associated with Agriculture in the Watershed of Lake Lagdo, Cameroon (Nje and Ayuk).- Chapter 8. he Energy-Water Nexus in Iran: The Political Economy of Energy Subsidies for Groundwater Pumping (Jaghdani and Kvartiuk).- Chapter 9. Political Economy of Energy Subsidies for Groundwater Irrigation in Mendoza, Argentina (Riera, Brümmer and Gennari).- Chapter 10. Rural Resources (Including Forestry) in the Local Development of Low Carbon Economy: a Case Study of Poland (Wiśniewski).- Chapter 11. Opportunities and Challenges to Adopt Sustainable Watershed Management Interventions: An Overview of Experiences from Ethiopia (Tesfahunegn and Ayuk).- Chapter 12. The Potential Contribution of Cultural Ecological Knowledge in Resources Management of a Volcanic River Basin (Ariyanti, Scholten and Edelenbos).- Chapter 13. Nexus-Oriented Approach for Sharing Water Resources: Development of Eco-industrial Parks in the Catchment of Zayandeh Rud River, Iran (von Koerber, Raber and Schneider).- Chapter 14. City-to-City Learning within City Networks to Cater City Needs to Climate Adaptation - Results of a Preliminary Study (Haupt, Zevenbergen and van Herk).- Chapter 15. A Participatory Multi-stakeholder Approach to Implementing the Agenda 2030 for Sustainable Development: Theoretical Basis and Empirical Findings (Eichhorn, Hans and Schön-Chanishvili).
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