The matter of architecture: Building materials in the Anthropocene

In the last century, concrete has become the preferred construction material with which to densify cities by height. Yet, concrete - the most highly produced and consumed building material in human history - is a leading player in climate change and a candidate for marking the stratigraphic onset of the Anthropocene: the term proposed for a new geological epoch in which humans have become the leading geological force capable of altering irreversibly the course of Earth history. In recent years, wood has emerged as a renewable alternative to densify cities by altitude owing to its potential to generate a carbon-neutral cycle. This article reflects on the properties of these building materials in the context of the Anthropocene to argue for the need to shift from an emphasis on the life expectancy of buildings to what we term the vital cycle of the built environment, where architectural design is metabolically responsive to the deep geological history of building materials, on which the continuity of human life depends.

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Publication Details

Journal
Architectural Research Quarterly
Published
2024-12-01
DOI
https://doi.org/10.1017/s1359135525101024
Primary Topic
Architecture and Computational Design
Type
article
Field-Weighted Citation Impact
0.00

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article

The matter of architecture: Building materials in the Anthropocene

Eduardo Wiegand, Cristián Simonetti
Architectural Research Quarterly
Architecture and Computational Design
article

The matter of architecture: Building materials in the Anthropocene

Eduardo Wiegand, Cristián Simonetti
article en

Abstract

In the last century, concrete has become the preferred construction material with which to densify cities by height. Yet, concrete - the most highly produced and consumed building material in human history - is a leading player in climate change and a candidate for marking the stratigraphic onset of the Anthropocene: the term proposed for a new geological epoch in which humans have become the leading geological force capable of altering irreversibly the course of Earth history. In recent years, wood has emerged as a renewable alternative to densify cities by altitude owing to its potential to generate a carbon-neutral cycle. This article reflects on the properties of these building materials in the context of the Anthropocene to argue for the need to shift from an emphasis on the life expectancy of buildings to what we term the vital cycle of the built environment, where architectural design is metabolically responsive to the deep geological history of building materials, on which the continuity of human life depends.

Architectural Research QuarterlyVol. 28(4)
University of Utah, University of Aberdeen, Ministry of Education, India
Openalex Percentile: Top 66%
Architecture and Computational Design
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