Regional Perspectives of Nature-based Solutions for Water: Benefits and Challenges

Chapter 1: Introduction Nature-based solutions for urban water management: challenges and opportunities in the context of Asia.- Chapter 2: Types of Nature-based Solutions for water, their functions and suitability.- Chapter 3: Constructed floating wetlands for the treatment of surface waters and industrial wastewaters.- Chapter 4: Nature based solutions for water management in England: contribution to biodiversity net-gain in urban areas.- Chapter 5: Applications of Nature-based Solutions in Urban Water Management in Singapore, Thailand and Viet Nam, a review.- Chapter 6: Wastewater pollution in urban canals of Vietnam: Restoration using nature-based solutions.- Chapter 7: Nature-based solutions for domestic wastewater treatment in the Philippines.- Chapter 8: Application of Floating Wetlands as a Nature Based Solution for Water Reclamation of Urban Lakes in Sri Lanka and Development of an Appropriate Assessment Criterion.- Chapter 9: Role of Information and Communication Technology (ICT) in following Global Standard for NbS: The Bangladesh Perspective.

Nevelina Pachova: Research Fellow at RMIT Europe, the European hub of Australian University RMIT, where she conducts research and supports the development and implementation of research and innovation projects in the field of urban development and sustainability transitions with a focus on the integration of nature-based solutions in urban development and planning, network governance and social inclusion. Prior to joining RMIT, Nevelina worked in the field of natural resources management and poverty reduction at different agencies of the United Nations University in Tokyo and Bonn.





Perlie Velasco: Assistant Professor at the Department of Civil Engineering, University of the Philippines - Los Baños (DCE, UPLB). She is the lead faculty in Environmental Engineering at the department with research projects in constructed wetlands and integrated solid waste management. She got her undergraduate degree in Civil Engineering at UPLB (2005), Master's degree in Water Resources Engineering at the Katholieke Universiteit Leuven, Belgium (2010), and PhD Degree in Environmental Engineering at the Royal Melbourne Institute of Technology, Australia (2022). Her research works focus on membrane-based recovery of dissolved methane from wastewater effluent and constructed wetlands for wastewater treatment.




Antonina Torrens Armengol: Adjunct Professor at Biology, Healthcare and Environment department, Faculty of Pharmacy and Food Sciences, University of Barcelona (UB) and the coordinator of Water Hygiene and Sanitation (WASH) and Nature Based Solutions (NbS) for sustainable development programs at the Solidarity Foundation, UB. She has a PhD in Environmental Science and Technology at UB. Her main research expertise is in the field of NbS for sustainable water management, water quality, and water reuse. She's involved in numerous European research projects on water resources and international cooperation projects