This book gathers the latest advances, innovations, and applications in urban and regional planning processes and science, as presented by international researchers at the 11th International Conference on Innovation in Urban and Regional Planning (INPUT), held in Catania, Italy, on September 8-10, 2021. The overarching theme of the conference INPUT 2021 was “Integrating Nature-Based Solutions in Planning Science and Practice”, with contributes focusing on functionality of urban ecosystems toward more healthier and resilient cities, planning solutions for socio-ecological systems, technologies and hybrid models for spatial planning, geodesign, urban metabolism, computational planning, ecosystems services, green infrastructure, climate change adaptation and mitigation, rural landscapes, cultural heritage, and accessibility for urban planning. The conference brought together international scholars in the field of planning, civil engineering and architecture, ecology and social science, to build and consolidate the knowledge and evidence on NBS in urban and regional planning.

This book is the second Volume of the INPUT2020 Conference Proceedings on ‘Innovation in Urban and Regional Planning’. The 11th International Conference INPUT was held at the University of Catania (Italy) on September 8-10th 2021 and allowed gathering international scholars in the fields of planning, civil engineering and architecture, ecology and social science, to strengthen the knowledge on nature-based solutions and to enhance the implementation and replication of these solutions in different contexts. INPUT2020 Conference stressed the basic idea that using components that mimic natural processes in the built environment can generate a wide number of benefits in cities, and produced more equal, safe and livable urban environment. The book provides additional reflections and proposals on empirical frameworks for nature-based solutions. Computational tools, technologies, data and hybrid models are explored for providing innovative spatial planning modeling methodologies. Furthermore, prospective roles of nature-based solutions in planning science and practice are investigated in the light of peripheralisation risks, rural landscapes and innovation in cultural heritage.

This innovative book makes the case for training future planners in new and creative ways as coordinators, enablers and facilitators. An international range of teaching case studies offer distinctive ideas for the future of planning education along with practical tips to assist in adapting pedagogical approaches to various institutional settings. Unique contributions from educational scholars contextualise the emergent planning education approaches in contemporary pedagogical debates.

As the world becomes more urbanised, solutions are required to solve current challenges for three arenas of sustainability: social sustainability, environmental sustainability and urban economic sustainability. This edited volume interrogates innovative solutions for sustainability in cities around the world. The book draws on a group of 12 international case studies, including Vancouver and Calgary in Canada, San Francisco and Los Angeles in the US (North America), Yogyakarta in Indonesia, Seoul in Korea (South-East Asia), Medellin in Colombia (South America), Helsinki in Finland, Freiburg in Germany and Seville in Spain (Europe). Each case study provides key facts about the city, presents the particular urban sustainability challenge and the planning innovation process and examines what trade-offs were made between social, environmental and economic sustainability. Importantly, the book analyses to what extent these planning innovations can be translated from one context to another. This book will be essential reading to students, academics and practitioners of urban planning, urban sustainability, urban geography, architecture, urban design, environmental sciences, urban studies and politics.

The city of the future, we are told, is the smart city. By seamlessly integrating information and communication technologies into the provision and management of public services, such cities will enhance opportunity and bolster civic engagement. Smarter cities will bring in new revenue while saving money. They will be more of everything that a twenty-first century urban planner, citizen, and elected official wants: more efficient, more sustainable, and more inclusive. Is this true? In Uneven Innovation, Jennifer Clark considers the potential of these emerging technologies as well as their capacity to exacerbate existing inequalities and even produce new ones. She reframes the smart city concept within the trajectory of uneven development of cities and regions, as well as the long history of technocratic solutions to urban policy challenges. Clark argues that urban change driven by the technology sector is following the patterns that have previously led to imbalanced access, opportunities, and outcomes. The tech sector needs the city, yet it exploits and maintains unequal arrangements, embedding labor flexibility and precarity in the built environment. Technology development, Uneven Innovation contends, is the easy part; understanding the city and its governance, regulation, access, participation, and representation—all of which are complex and highly localized—is the real challenge. Clark’s critique leads to policy prescriptions that present a path toward an alternative future in which smart cities result in more equitable communities.

The expansion of knowledge economy, globalization, and economic competitiveness has imparted importance of knowledge and innovation in local economies worldwide. As a result, integrating knowledge generation and innovation considerations in urban planning and development processes has become an important agenda for establishing sustainable growth and long-term competitiveness of contemporary cities. Today, making space and place that concentrate on knowledge generation and innovation is a priority for many cities across the globe. Urban knowledge and innovation spaces are integrated centres of knowledge generation, learning, commercialization and lifestyle. In other words, they are high-growth knowledge industry and worker clusters, and distinguish the functional activity in an area, where agglomeration of knowledge and technological activities has positive externalities for the rest of the city as well as firms located there. Urban knowledge and innovation spaces are generally established with two primary objectives in mind: to be a seedbed for knowledge and technology and to play an incubator role nurturing the development and growth of new, small, high-technology firms; and to act as a catalyst for regional economic development that promotes economic growth and contributes to the development of the city as a ‘knowledge or innovative city’. This book contains chapters reporting investigation findings on different aspects of urban knowledge and innovation spaces, such as urban planning and design, innovation systems, urban knowledge management, and regional science. It was originally published as a special issue of the Journal of Urban Technology.