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This book provides a detailed description of fluvial processes and their influence on urban sites. During the urban expansion of modern cities throughout the twentieth century, rivers have become a source of problems during high flood events. However, due to growing social pressure, especially in dense cities, rivers are viewed as new leisure areas given that they also provide highly valuable ecosystem services. People seek open and environmentally friendly spaces amidst the dense street networks of cities. Yet, we should not forget that rivers are not merely domesticated elements of nature…mehr

Produktbeschreibung
This book provides a detailed description of fluvial processes and their influence on urban sites. During the urban expansion of modern cities throughout the twentieth century, rivers have become a source of problems during high flood events. However, due to growing social pressure, especially in dense cities, rivers are viewed as new leisure areas given that they also provide highly valuable ecosystem services. People seek open and environmentally friendly spaces amidst the dense street networks of cities. Yet, we should not forget that rivers are not merely domesticated elements of nature for leisure purposes only. Flooding risks and damages are possible within urban environments. How should we address the social and ecological interactions? How should we plan for these complexities to meet the growing social requirements and needs while respecting river dynamics? Hydrologists, geomorphologists, engineers, geographers and urban planners could leverage the knowledge and examples provided to enhance the interaction between nature and society in the growing cities of the twenty-first century.

Autorenporträt
Dr. Joaquim Farguell Pérez: Ph.D. in Geography, in Fluvial Geomorphology (University of Barcelona, 2005). Full-time Lecturer in Hydrology, Geomorphology and Water Resources Management in the University of Barcelona, and member of the Mediterranean Environmental Research Group (GRAM). His main interests are based on fluvial geomorphology effects on urban river systems, especially those related with erosion and sediment transport, and how process-based river restorations evolve within urban areas. He has been the PI of research projects for monitoring the evolution of urban river channels and its hydro-geomorphological dynamics. He is currently the academic coordinator of the master's degree in Water Science and Integral Water Management (University of Barcelona), involving 8 faculties and up to 60 academics, and member of the Water Research Institute of Barcelona (IdRA).

Dr. Albert Santasusagna Riu: Ph.D. in Geography, Spatial Planning and Environmental Management (University of Barcelona, 2017), M.Sc. in Spatial Planning (University of Barcelona, 2013) and B.A. in Environmental Sciences (University of Barcelona, 2011). Full-time Lecturer in Regional Geography (Department of Geography, University of Barcelona), member of the GRAM research group (2021SGR00859), scientific coordinator of urban transformation node at the Global Sustainability Hub (HubSG) and member of the UB-Agbar Chair on Territorial Studies and Resilience. Awarded for the best doctoral thesis in Geography (2017) and Extraordinary end-of-course prize in B.A. (2011). He is the Academic Coordinator of the Master's Degree in Spatial Planning and Environmental Management (University of Barcelona), and he served as the Academic Secretary of the Water Research Institute (IdRA-UB), which brings together more than thirty research groups related to water studies.