Metabolic Urbanism: Projects of Extraction, Circulation and Accumulation

Daniel Ibañez

This research critically seeks to frame the design disciplines in relation to broader social-ecological interdependencies through cross disciplinary research on the field of urban metabolism. The metabolic approach to urbanization renders the built environment as unevenly produced, and constantly reshaped, by a continuous circulation of material and energy driven by socio-political and biophysical forces. Exploring the ways in which contemporary forms of urbanism hinge upon, and in turn intensify,  the variegated array of transformations across multi-scale operational landscapes—including landscapes of extraction, circulation and accumulation—this research provides designers an encompassing framework to critically position their design agendas. In the wake of advanced neoliberal capitalism, it suggests a framework for the creation of socially just and ecologically meaningful models of urbanism, transcending dominant institutional arrangements, positivist design practices and techno-scientific ideologies around ‘mainstream’ urbanism paradigms.

Planned outcome:  doctoral dissertation, Harvard GSD

Planetary Urbanization. Diagram by Daniel Ibañez and Nikos Katsikis, 2014.
Socio-ecological interdependencies. Diagram by Daniel Ibañez, 2012.
Ecological, material, thermodynamic and socio-political metabolisms for design. Diagram by Daniel Ibañez, 2014.
Current metabolic boundaries in design. Diagram by Carlos Cerezo Ávila, 2013.
Expanded spatio-temporal metabolic boundaries in design. Diagram by Carlos Cerezo Ávila, 2013.
The cycle of Virtue and Substance, Fritz Kahn, 1926.
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