Gardening with less water Low-tech, low-cost techniques for using up to 90% less water in your garden

David A. Bainbridge

Book - 2015

"Are you facing drought or water shortages? Gardening with Less Water offers simple, inexpensive, low-tech techniques for watering your garden much more efficiently -- using up to 90% less water for the same results. With illustrated step-by-step instructions, David Bainbridge shows you how to install buried clay pots and pipes, wicking systems, and other porous containers that deliver water directly to a plant's roots with no or minimal evaporation. These systems are available at hardware stores and garden centers; are easy to set up and use; and work for garden beds, container gardens, and trees,"--amazon.com.

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Subjects
Published
North Adams, MA : Storey Publishing [2015]
Language
English
Main Author
David A. Bainbridge (author)
Item Description
Includes index.
Physical Description
127 pages : color illustrations ; 21 cm
ISBN
9781612125824
  • Introduction: Running Out of Water
  • Part 1. Super-Efficient Irrigation Systems
  • 1. Buried Clay Pots
  • 2. Porous Capsules
  • 3. Deep Pipes
  • 4. Wicks
  • 5. Porous Hose
  • 6. Buried Clay Pipe
  • 7. Tree Shelters
  • Part 2. Taking It to the Next Level
  • 8. Water-Wise Gardening Tips
  • 9. Rainwater Harvesting
  • 10. Landscaping for Water Catchment
  • 11. Developing a Plan for Your Patio, Garden, Home, or Farm
  • 12. Our Water Future
  • Appendix
  • Acknowledgments
  • Suppliers
  • Index
Review by Publisher's Weekly Review

"We are running short on water in many parts of the world," Bainbridge (A Guide for Desert and Dryland Restoration) states at the onset of his latest book, which outlines a clear and convincing approach to mitigating the problems of drought and the high costs of food and water. Aimed at gardeners, small-land holders, and homeowners, Bainbridge's solution is based off an ancient method of plant irrigation, as described in a book written 2,000 years ago by Fan Shengzhi, an employee of the emperor of China hired to increase farm output. Bainbridge explains Fan's method of buried clay pot irrigation in the first chapter and proceeds to outline the modern adaptation in detail in the following chapters. He also describes how to shelter trees and harvest rainwater, especially for gardeners in historically drought-riddled areas. He draws examples from all over the world, from Ghana to Arizona to Jordan; he presents statistics, tables, plans, and tips throughout. Bainbridge argues most passionately for water conservation in his last chapter, thoroughly convincing readers that this method is worth a try. (Jan.) © Copyright PWxyz, LLC. All rights reserved.

(c) Copyright PWxyz, LLC. All rights reserved
Review by Library Journal Review

If there is no water, there can be no farms or gardens. Methods of water capture, low-water-use techniques, and land restoration and reclamation fill websites and bookshelves. The author's previous work, A Guide for Desert and Dryland Restoration, addresses the issues from a theory-into-practice, project management perspective. In the first part of his new book, Bainbridge (emeritus, sustainable management, Alliant Univ., CA) details seven specific methods of water retention and distribution that are low tech and low cost. Some, such as buried clay vessels called ollas, are quite old; others, such as porous hoses, are familiar landscaping tools. A shorter, second part of the book applies the water capture and use techniques to the backyard garden or small farm. Pictures and short descriptions combine to make even somewhat arcane methods approachable. The feasibility of buried clay pipes, deep pipes, and wick irrigation is better illustrated than described. VERDICT Beyond soaker hoses, the title offers a varied range of scalable options for growers of all types committed to the exploration and use of optimal water-sparing techniques.-Jeanette McVeigh, Univ. of the Sciences, -Philadelphia © Copyright 2015. Library Journals LLC, a wholly owned subsidiary of Media Source, Inc. No redistribution permitted.

(c) Copyright Library Journals LLC, a wholly owned subsidiary of Media Source, Inc. No redistribution permitted.