Vortex, The

An Environmental History of the Modern World

This monograph is an example of how historians might approach global environmental history. The prose, intellectual concepts, and presentation are all brilliant.

Environmental challenges are defining the twenty-first century. To fully understand ongoing debates about our current crises—climate change, loss of biological diversity, pollution, extinction, resource woes—means revisiting their origins, in all their complexity. With this ambitious, highly original contribution to the environmental history of global modernity, Frank Uekötter considers the many ways humans have had an impact on their physical environment throughout history. Ours is not a one-way trajectory to sudden collapse, he argues, but rather death by a thousand cuts. The many paths we’ve forged to arrive in our current predicament, from agriculture to industry to infrastructure, must be considered collectively if we are to stay afloat in what Uekötter describes as a vortex: a powerful metaphor for the flow of history, capturing the momentum and the many crosscurrents that swept people and environments along. His book invites us to look at environmental challenges from multiple perspectives, including all the twists and turns that have helped to create the mess we find ourselves in. Uekötter has written a world history for an age where things are falling apart: where we know what lies ahead and are equipped with the right tools—technological and otherwise—and plenty of experience to deal with environmental challenges, but somehow fail to get our affairs in order.

848 Pages, 7 x 10 in.

April, 2023

isbn : 9780822947561

about the author

Frank Uekötter

Frank Uekötter is professor of environmental humanities at the University of Birmingham. He is the author of more than a dozen books on a broad range of environmental, political, and socioeconomic issues. Since October 2021, he is principal investigator of the global history project “The Making of Monoculture” with generous support from a European Research Council Advanced Grant.

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Frank Uekötter