F-E-W READER: Food Energy Water [Paperback] Memoli, Amanda; Yelinek, Kristie, Carter, Genesea; Doe, Sue (Editors); and (Editors);

$13

Paperback cover has some wear and minor creases. Pages are clean and the binding is secure.

“F-E-W READER: Food Energy Water” is an insightful anthology exploring the interconnected challenges surrounding food, energy, and water systems. Edited by scholars, it offers a multidisciplinary perspective on these vital resources, shedding light on their complex relationships and the need for sustainable solutions. With contributions from diverse voices, this thought-provoking work encourages critical thinking about resource management and innovative approaches to address global issues.

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SKU: VB50-045 Categories: , , , , Product Condition: Used

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Paperback cover has some wear and minor creases. Pages are clean and the binding is secure.

This thought-provoking anthology, “F-E-W READER: Food Energy Water,” delves into the intricate interconnections between three vital resources that shape our world. Edited by a team of scholars, this volume explores the complex challenges and potential solutions surrounding food, energy, and water systems. With contributions from diverse voices, it offers a multidisciplinary perspective on these pressing global issues.

The book’s significance lies in its timely examination of the nexus between these resources, which are inextricably linked and profoundly impacted by factors such as climate change, population growth, and resource scarcity. By shedding light on the intricate relationships and trade-offs among food, energy, and water systems, this work encourages readers to think critically about the sustainability of our current practices and the need for innovative approaches.

Collectors and readers alike will appreciate the book’s comprehensive approach, which draws upon expertise from various fields, including environmental science, policy, economics, and social sciences. This interdisciplinary approach provides a holistic understanding of the challenges and opportunities associated with managing these crucial resources sustainably.

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Weight 16 lbs
Dimensions 3.1 × 16.6 × 22.6 in
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