This chapter discusses how to re-think socio-ecological functions for urban areas in an economy inspired by the principles of circular and regenerative practices. It begins by showing how existing food systems have been trapped in the paradigm of a linear economy model. It then shows how regenerative urban agri-food systems can be built through a circular economy approach. It also presents and discuss how novel natural resource networks can be created in circular food economies in urban areas. The chapter reviews strategies and examples of how this can be achieved, as well as bottlenecks and how they can be overcome
The concept of a regenerative city goes far beyond a sustainable one. The regenerative approach is t...
Abstract only. - In Circular Cities, resources that drive human activities are by definition regener...
Circular economy (CE) principles can be applied at different scales: from materials to products, fro...
Circular economy (CE) has received considerable interest in recent years as a strategy to resolve so...
Urban agriculture (UA) plays a key role in the circular metabolism of cities, as it can use water re...
Urban agriculture (UA) plays a key role in the circular metabolism of cities, as it can use water re...
In this publication, we present a set of Circular Principles and Indicators that can help guide citi...
Expectations are that 80 percent of the global population will reside in urban areas by the year 205...
A framework developed by the COST Action Circular City (an EU-funded network of 500+ scientists from...
A framework developed by the COST Action Circular City (an EU-funded network of 500+ scientists from...
Cities contain resources that can be exploited for agricultural production purposes. By immersing it...
Modern cities are characterized by intense human interactions and economic activities that in many c...
Cities account for approximately 75% of Greenhouse Gas (GHG) emissions. This, along with the fact th...
This thesis seeks to explore the concept of Circular Economy and its integration into urban planning...
The chapter focuses on the development of sustainable growing infrastructure in the city at two scal...
The concept of a regenerative city goes far beyond a sustainable one. The regenerative approach is t...
Abstract only. - In Circular Cities, resources that drive human activities are by definition regener...
Circular economy (CE) principles can be applied at different scales: from materials to products, fro...
Circular economy (CE) has received considerable interest in recent years as a strategy to resolve so...
Urban agriculture (UA) plays a key role in the circular metabolism of cities, as it can use water re...
Urban agriculture (UA) plays a key role in the circular metabolism of cities, as it can use water re...
In this publication, we present a set of Circular Principles and Indicators that can help guide citi...
Expectations are that 80 percent of the global population will reside in urban areas by the year 205...
A framework developed by the COST Action Circular City (an EU-funded network of 500+ scientists from...
A framework developed by the COST Action Circular City (an EU-funded network of 500+ scientists from...
Cities contain resources that can be exploited for agricultural production purposes. By immersing it...
Modern cities are characterized by intense human interactions and economic activities that in many c...
Cities account for approximately 75% of Greenhouse Gas (GHG) emissions. This, along with the fact th...
This thesis seeks to explore the concept of Circular Economy and its integration into urban planning...
The chapter focuses on the development of sustainable growing infrastructure in the city at two scal...
The concept of a regenerative city goes far beyond a sustainable one. The regenerative approach is t...
Abstract only. - In Circular Cities, resources that drive human activities are by definition regener...
Circular economy (CE) principles can be applied at different scales: from materials to products, fro...