With the increased interest in and demands for compost from commercial horticultural industries, composting is on the verge of becoming an economically feasible option for waste management. While horticultural producers can create some of the compost to meet their own needs, demand has grown beyond
Compost Utilization In Horticultural Cropping Systems
β Scribed by Peter J. Stoffella, Brian A. Kahn
- Publisher
- CRC Press
- Year
- 2001
- Tongue
- English
- Leaves
- 431
- Edition
- 1
- Category
- Library
No coin nor oath required. For personal study only.
β¦ Synopsis
With the increased interest in and demands for compost from commercial horticultural industries, composting is on the verge of becoming an economically feasible option for waste management. While horticultural producers can create some of the compost to meet their own needs, demand has grown beyond what they can supply for themselves and others. Compost Utilization in Horticultural Cropping Systems gives you the tools to meet the needs of this growing industry.Consider these statistics:Americans generate about 200 million megagrams of municipal solid waste per yearThe agricultural market for compost could reach over 680 million m3 per yearTwo horticultural areas together account for over 50% of compost use: landscaping (31%) and food crop production (25%)Now consider this:Proven benefits of compost use, including plant disease suppression, better moisture retention, supplying plant nutrients, and building soil organic matterIncreased pressure on peat supplies and wider availability of compost productsCreation of composting enterprises by the horticultural industry in response to its own needs, rising disposal fees for organic waste, and consumer demand for compost at retail centers The first book to establish a composite of the existing scientific knowledge on the use of compost in commercial horticultural enterprises, Compost Utilization in Horticultural Cropping Systems gives you a comprehensive review of the production, use, and economics of compost. It covers production methods, compost quality and the parameters associated with its measurement, and the biological, chemical, and physical processes that occur during composting. Rather than searching for information in various places, now you can find all the information you need in one convenient source.
β¦ Table of Contents
Preface......Page 6
The Editors......Page 8
Contents......Page 14
1. The Composting Industry in the United States: Past, Present, and Future......Page 20
2. Biological, Chemical, and Physical Processes of Composting......Page 34
3. Commercial Compost Production Systems......Page 68
4. Compost Quality Attributes, Measurements, and Variability......Page 112
5. Compost Effects on Crop Growth and Yield in Commercial Vegetable Cropping Systems......Page 140
6. Compost Utilization in Ornamental and Nursery Crop Production Systems......Page 152
7. Compost Utilization in Landscapes......Page 168
8. Compost Utilization in Frui Production Systems......Page 194
9. Compost Utilization in Sod Production and Turf Management......Page 218
10. Composts as Horticultural Substrates for Vegetable Transplant Production......Page 244
11. Compost Economics: Production and Utilization in Agriculture......Page 258
12. Spectrum and Mechanisms of Plant Disease Control with Composts......Page 280
13. Weed Control in Vegetable Crops with Composted Organic Mulches......Page 292
14. Nitrogen Sources, Mineralization Rates, and Nitrogen Nutrition Benefits to Plants from Composts......Page 304
15. Plant Nutrition Benefits of Phosphorus, Potassium, Calcium, Magnesium, and Micronutrients from Compost Utilization......Page 324
16. Heavy Metal Aspects of Compost Use......Page 340
17. Human Pathogens: Hazards, Controls, and Precautions in Compost......Page 378
18. U.S. Environmental Protection Agency Regulations Governing Compost Production and Use......Page 398
Index......Page 418
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