Regenerative Territories : : Dimensions of Circularity for Healthy Metabolisms.

• Superior document: GeoJournal Library ; v.128
• Author: Amenta, Libera.
• TeilnehmendeR: Russo, Michelangelo.; van Timmeren, Arjan.
• Place / Publishing House: Cham : : Springer International Publishing AG,, 2022.; ©2022.
• Year of Publication: 2022
• Edition: 1st ed.
• Language: English
• Series: GeoJournal Library
• Physical Description: 1 online resource (335 pages)

Table of Contents

Intro -- Introduction to the Volume -- Contents -- Editors and Contributors -- 1 Dimensions of Circularity for Healthy Metabolisms and Spaces -- 1.1 Introduction -- 1.2 The Circular Economy Paradigm Shift Requires a Socio-Ecological Perspective, Looking Beyond Boundaries -- 1.3 Circular Economy Is Based on Systems Thinking and Territorial Metabolism -- 1.4 A Circular Economy Calls for a Renewed Approach to the Public Domain and Stakeholder Involvement -- 1.5 Amplifying the Definition of Circular Economy with the Inclusion of Wastescapes -- 1.6 Planning the Circular Economy as an Open Collaborative System -- References -- Part I New Definitions: Amplifying the Perspective of Circular Economy -- 2 Territorialising Circularity -- 2.1 Introduction -- 2.2 Framing the Territorial Dimension in the CE Debate -- 2.3 The Necessity of Representation: Towards Spatialising and Contextualising Circularity -- 2.4 Resource Cartographies: The AMA Case-Study -- 2.4.1 Mapping the Flow -- 2.4.2 Justaxposing Flow and Infrastructural Network -- 2.4.3 Unfolding Stock and Flow Relationship -- 2.4.4 A Circular Stock and Flow Relationship: Defining Resource Shed -- 2.5 Reflection and Conclusion -- Bibliography -- 3 Shifting Risk into Productivity: Inclusive and Regenerative Approaches Within Compromised Contexts in Peri-Urban Areas -- 3.1 Overlapping Risks in Peri-Urban Areas -- 3.1.1 Territorial Risks and Resources in Campania -- 3.2 Land Productivity: From Exploitation Toward Regeneration -- 3.3 Adaptive Remediation Approach for Peri-Urbanity in Transition -- 3.4 The Agency of Waste -- 3.5 Conclusions -- References -- 4 The Circular Metabolic Urban Landscape: A Systematic Review of Literature -- 4.1 Introduction: The Transition Toward Circular Metabolic Urban Landscapes -- 4.2 Methodology and Research Design.

4.3 Results: Themes and Challenges of UM Studies for Circular Cities -- 4.4 Discussion and Conclusions -- References -- 5 Urban Manufacturing for Circularity: Three Pathways to Move from Linear to Circular Cities -- 5.1 Circular Economy in Cities in the Making -- 5.2 Three Readings of Urban Conditions -- 5.2.1 Circularity and Technology -- 5.2.2 Urban Integration -- 5.2.3 People, Networks and Policy -- 5.3 Developing an Integral Approach Through Participation and Collaboration -- 5.4 Discussion and Reflection -- References -- Part II The Spatial Scope of Circularity -- 6 Evolving Relations of Landscape, Infrastructure and Urbanization Toward Circularity -- 6.1 Introduction -- 6.2 Flanders: Embracing the Circular Economy -- 6.3 Campine: Past and Future (Water) Cycles -- 6.4 Antwerp: Waste and Wastelands -- 6.5 Rural Vietnam: Culture, Economy and Ecology Tied to Locational Assets -- 6.6 Urbanizing Vietnam: Torn Between Two Worlds -- 6.7 Toward a Twenty-First Century Circularity -- References -- 7 Circular City: Urban and Territorial Perspectives -- 7.1 Introduction -- 7.2 Approaches: Circular Economy and Urban Metabolism -- 7.3 Urban Areas and Urban Flows -- 7.4 Circular City -- 7.5 Conclusion -- References -- 8 New Urbanization Phenomena and Potential Landscapes: Rhizomatic Grids and Asymmetrical Clusters -- 8.1 Foreword: Territories of the Circular Economy -- 8.2 Status Quo: Analogies and Differences -- 8.3 The Fringe: Two Models -- 8.4 New Greenbelt Scenarios -- 8.5 Spatial Models: "Asymmetrical Cluster" and "Rhizomatic Grid" -- 8.6 Conclusions: Potential Hypercontextual Landscapes -- References -- 9 From Wastescapes Towards Regenerative Territories. A Structural Approach for Achieving Circularity -- 9.1 Introduction: Circular Metabolisms and the Regeneration of Wastescapes.

9.2 Peri-Urban Living Labs (PULLs) as a Collaborative Methodology for the Sustainable Regeneration of Wastescapes -- 9.3 REPAiR Peri-Urban Living Lab (PULL) Methodology and Wastescapes Characterization in the Cases of Amsterdam and Naples -- 9.4 Discussion and Conclusions: How to Regenerate Wastescapes in Peri-Urban Areas -- References -- 10 Towards Circular Port-City Territories -- 10.1 Introduction: Rotterdam Towards a Twofold Objective -- 10.2 Approach: Path Dependence and its Implications -- 10.3 A Historical Overview -- 10.4 Spatial Understanding and Planning Interests -- 10.5 Stadshavens Strategy and the Makers District (M4H) -- 10.6 Conclusion -- References -- Part III Methodology and Representation -- 11 Eliciting Information for Developing a Circular Economy in the Amsterdam Metropolitan Area -- 11.1 Introduction -- 11.2 Circular Economy, Spatial Planning and Cartography -- 11.2.1 Circular Economy and Spatial Planning -- 11.2.2 Interactive Cartography for Spatial Planning -- 11.2.3 Representing Waste Management Information -- 11.3 Presentation of Information for Co-Developing CE Economy Strategies -- 11.3.1 Geodesign Decision Support Environment -- 11.3.2 Presenting Information on Waste Flows in Spatial Planning -- 11.3.3 Presenting Circular Economy Strategies -- 11.3.4 Presenting Flow Assessment of Circular Economy Strategies -- 11.4 Conclusions -- References -- 12 Collaborative Decision-Making Processes for Local Innovation: The CoULL Methodology in Living Labs Approach -- 12.1 Introduction -- 12.2 The Living Lab Approach: A Transformative Process -- 12.3 The CoULL Methodology -- 12.4 The CoULL Implementation in Different Decision Contexts -- 12.5 Conclusions -- References -- 13 Urban Metabolism Evaluation Methods: Life Cycle Assessment and Territorial Regeneration.

13.1 Introduction: The City as an Urban Ecosystem and the Concept of Life Cycle -- 13.2 Environmental Assessment: Agendas, Methods and Tools -- 13.3 Cities of Flows: The Concept of UM and Its Evaluation Methods -- 13.4 LCA and Territorial Regeneration: Is There any Correlation? -- 13.5 Conclusions -- References -- Part IV Sustainable Strategies and Solutions for Circular and Healthy Metabolisms -- 14 Planning Wastescapes Through Collaborative Processes -- 14.1 Introduction: In the Public Field -- 14.2 Method and Approach: The Enabling State-Inequalities and Roles -- 14.3 Experiments -- 14.3.1 Wastescape #1: The Collaborative Definition of Uses of a Public Facility on a Metropolitan Scale -- 14.3.2 Wastescape #2: Co-Creating Public Services in Peri-Urban Areas -- 14.4 Discussion and Conclusions -- References -- 15 Manufactured in the Peri-Urban: Regenerative Strategies for Critical Lands -- 15.1 Productive Peri-Urban -- 15.2 Productive/Urban: Caserta Case Study -- 15.3 The Path of P.U.R.E. Research -- 15.4 First Steps, Expected Results and Future Research Paths -- References -- 16 Urban Regeneration: An "Incremental Circularity" Perspective -- 16.1 Circular Economy Vision of Urban Development -- 16.2 Urban Metabolism and Urban Regeneration -- 16.3 Incremental Circularity -- 16.4 Case studies -- 16.4.1 Ferrara: Pioneer Communities for Regeneration -- 16.4.2 Novara: Triggering the Regeneration Starting from Commons -- 16.5 Conclusions -- 16.5.1 There Is No Circular Economy in Cities Without Social Component -- 16.5.2 Temporary Use of Spaces and Collective Uses as Trigger for Long-Term Transformation -- 16.5.3 The Outdoor Spaces as a New Urban Resource -- References -- 17 Reloading Landscapes: Democratic and Autotrophic Landscape of Taranto -- 17.1 Introduction -- 17.2 Democratic and Autotrophic Landscapes: Linking Open-Loop System Circularity.

17.3 Reloading Landscapes: A Correlated Scenario for the Case of Taranto -- 17.4 Conclusions -- References -- 18 Hybridizing Artifice and Nature: Designing New Soils Through the Eco-Systemic Approach -- 18.1 A Paradigm Shift -- 18.2 Recycling Construction Debris for Producing New Anthropogenic Soils -- 18.3 Collaborative Processes for Designing Anthropogenic Soils -- 18.4 Conclusion -- References -- 19 Towards Regenerative Wasted Landscapes: Index of Attractiveness to Evaluate the Wasted Landscapes of Road Infrastructure -- 19.1 Introduction -- 19.2 The Wasted Land of Roads as a Resource -- 19.3 A Methodological Proposal for a Regenerative Process -- 19.3.1 Selection of Case Studies -- 19.3.2 Presentation of Centrality Index and Results -- 19.4 Discussion and Future Perspectives -- Bibliography -- Afterword -- References.