Building a circular construction economy in New York State: A multi-level perspective study of prospects for circular cities and statewide socio-technological transition
Globally, construction and demolition of the built environment contribute significantly to greenhouse gas (GHG) emissions and generate vast amounts of waste. In New York State, buildings and waste management rank as the first and fourth largest GHG emitters, collectively responsible for 43% of annual emissions. To address this, a network of academic labs and community leaders developed a vision for deconstruction and building material reuse, aiming to foster a circular construction economy. The network and the vision it promotes represent growing niches of innovation against a backdrop of COVID-19 and pandemic recovery, uneven urban development pressures, and climate and political change. Using the multi-level perspective (MLP) framework, this article explores how micro-level innovations in New York State can be scaled and institutionalized, and identifies actionable pathways and policy recommendations for advancing a circular construction economy. The result is a study of the roles of state and local governments, private industry, nonprofits, and citizens in creating a new socio-technological configuration. The authors argue that New York’s circular construction initiatives, viewed through the MLP lens, are transitioning from experimentation to early stabilization, with the potential for wider diffusion. The article further examines the implications of scale and multi-level governance in advancing these innovations.
This article interrogates the potential of the circular economy as a structuring paradigm for ecological transition and sustainable development in Tunisia, with particular emphasis on the management of construction and demolition waste (CDW). Situating the analysis within critiques of the dominant linear economic model...
M. Ellouze· Advances in Social Sciences...· 0 citations
The urgent environmental challenges of resource depletion, waste generation, and climate change necessitate a paradigm shift in architecture from the conventional linear "take-make-dispose" model toward a regenerative circular economy. This study seeks to analytically investigate the key drivers and barriers to impleme...
Kais Abdulhusein Abbas· Muthanna Journal of Engineer...· 0 citations
The convergence of an increasing global housing affordability crisis and critical climate decarbonisation targets calls for a fundamental paradigm shift in the planning, design, construction and management of social and public housing across the life cycle. The conventional housing delivery cycle is a destructive lin...
F. Jegede, Ridwan Omogbolahan Soneye· Frontiers in Sustainability· 1 citation
The circular economy model stands in contrast to the traditional linear model, which is based in part on the systematic disposal of waste in landfill, with its associated environmental impacts. Against a backdrop of dwindling natural resources and environmental crises, the circular economy paradigm is emerging as a cat...
Zakaria Zongo, Issa Sory· World Journal of Advanced Re...· 0 citations
Purpose: The construction sector generates 2.2 billion tonnes of waste each year, yet recycling rates vary wildly, from 80% in Japan to below 15% in many emerging economies. This article explores how different policy frameworks, regulatory approaches and local realities shape construction waste management outcomes acro...
Ken A. Charles· International Journal Of Eng...· 0 citations
There is growing recognition of the tension between industrial/top-down and vernacular/bottom-up circular economies, as well as the need for place-based approaches to sustainable transitions policy. Yet how to reconcile place-based policy with divergent forms of circularity remains unclear. Rather than viewing such ten...
Nicole T. Cook, Elyse Stanes, Chrissie Gibson et al.· Urban studies· 0 citations
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