"National Metabolism and Communications Technology Development in the United States, 1790–2000"
National metabolism of the US grew exponentially from 1790 to 2000, increasing 1600 per cent…
National metabolism of the US grew exponentially from 1790 to 2000, increasing 1600 per cent…
This paper examines the history of hard rock mining on the large lakes of north-west Canada (Athabasca, Great Slave and Great Bear) from 1921 to 1960.
In this article Disco describes the repertoires developed by the municipal waterworks of two large Dutch cities, Amsterdam and Rotterdam. Two main repertoires are visible: 1) ‘coping’ by means of technical fixes and vigilance and 2) ‘transnational technopolitics’ aimed at institutionalising regulatory regimes to curb pollution.
This article demonstrates that monks were able to use their religious authority and their control of religious message to support and supplement their temporal powers. The control of water resources was deeply connected to monastic identity and the relationships between monks and the secular world.
This paper examines the interrelations of technology, environment and people by exploring the origin, design and implementation of a dam-building project intended to control water-level fluctuations and enhance the Nett Lake wild rice ecosystem at Bois Forte Indian Reservation in northern Minnesota.
This paper explores how economics, technology, politics and ecology interacted in causing ups and downs in the production of traditional iron making, and its subsequent decline in the early twentieth century.
Sean Kheraj discusses the problem of e-waste with the author of Made to Break: Technology and Obsolescence in America, Giles Slade.
Paul Josephson discusses the project he worked on during his Carson Fellowship, from August to December 2011: an environmental history of the Soviet Arctic.
Clapperton Mavhunga, Carson Fellow from July to December 2011, talks about his work on incoming technology and African innovation.
For nearly a century, we have relied increasingly on science and technology to harness natural forces, but at what environmental and social cost?