مهندسی اکولوژیکی برای تصفیه فاضلاب ۲۰۱۳
Ecological Engineering for Wastewater Treatment 2013

1. Cover

2. Title Page

3. Copyright Page

4. Contents

5. Foreword to the Second Edition

6. Foreword

7. Acknowledgments

8. Chapter 1: Ecological Engineering: the Roots And Rationale of a New Ecological Paradigm

9. Chapter 2: The Function of Ecological Engineering in Environmental Conservationwith Some Case Studies from China

10. Chapter 3: Aquaculture and Its Role in Ecological Wastewater Treatment

11. Chapter 4: Ecosystems Approach to Low-Cost Sanitation in India: Where the People Know Better

12. Chapter 5: Wastewater-Fed Fish Culture in Hungary

13. Chapter 6: Land-Based Systems, Constructed Wetlands, and Aquatic Plant Systems in The United States: an Overview

14. Chapter 7: Ecological Engineering for Wastewater Treatment: Theoretical Foundations and Practical Realities

15. Chapter 8: Stensund Wastewater Aquaculture: the Building

16. Chapter 9: Ecological Engineering, Living Machines, and the Visionary Landscape

17. Chapter 10 Solar Wastewater Treatment in Denmark: Demonstration Project at the Danish Folkecenter for Renewable Energy

18. Chapter 11: Resource-Saving and Ecological Aspects of Using Wastewaterfrom Eel Breeding as a Source of Nutrients, Water, and Carbon Dioxide for Plant Production

19. Chapter 12: Living with Your Waste/Wastewater

20. Chapter 13: Energy Budget for a Polyculture-Based Wastewater Treatment System

21. Chapter 14: A Plan for a Community Greenhouse and Waste Treatment Facilityfor Cold Climate Regions

22. Chapter 15: A Diagnostic and Ecological Approach to the Purificationof Sewage, Toxic Substances, and Water Bodies

23. Chapter 16: Contributions of Marshes and Salt Marshes to Ecological Engineering

24. Chapter 17: The Role of Plants in Subsurface Flow Constructed Wetlands

25. Chapter 18: Wastewater Nutrient Removal and Recovery in an Infiltration Wetland

26. Chapter 19: Seasonal Variations in the Efficiency of Nutrient Removal from DomesticEffluent in a Quasi-Natural Field of Reeds (Phragmites communis)

27. Chapter 20: Sand-Plant Filter Systems

28. Chapter 21: Submersed Macrophytes for Recovery of Eutrophied Waters:Nutrient Spiraling and Removal Efficiency

29. Chapter 22: Wastewater Treatment by Aerated Ponds Constructed Wetlandsin the Norwegian Climate: Results and Design Considerations

30. Chapter 23: Perspectives on Vegetated Shoals, Ponds, and Ditches as Extensive OutdoorSystems of Wastewater Treatment in Estonia

31. Chapter 24: Ecological Engineering for Wastewater Control in Agricultural Catchment Areas: Three Case Studies from Estonial

32. Chapter 25: Recovery of Small Rivers in Latvia

33. Chapter 26: Environmental Restoration Project in Poland: The Application of New Ideas

34. Chapter 27: Contamination of Groundwater Near Landfills in Poland and Possibilitiesfor Protecting It Using Plants

35. Chapter 28: Ecologically Sound Wastewater Treatment: Concepts and Implementation

36. Chapter 29:Ecological Approaches to Wastewater Management in Urban Regionsin the Netherlands

37. Chapter 30: Gray water Recycling in Urban A reas

38. Chapter 31: Commercial Prospects for Ecological Engineering

39. Chapter 32: Biological Surfaces, Metabolic Capacitance, Growth, and Differentiation:A Theoretical Exploration of Thermodynamic, Economic, and Material Efficiencies in Fluid Purification Systems

40. Chapter 33: Ecological Approaches to Treatment of Wastewater from Potato Processing

41. Chapter 34: The Ecological Development of Pamu Sewerage and Treatment System

42. Chapter 35: Ecological Effects of Human Activity on the Couric Lagoon and the Coastal Zone of Lithuania

43. Chapter 36: Ecological Engineering for Increased Production and Environmental Improvement in Open Sea Aquaculture

44. Chapter 37: The Personal Laboratory: Thinking Tools

45. Chapter 38: The Environmental Technology Center

46. Chapter 39: The Awareness of the Engineer as an Integral Part of Ecological Wastewater Treatment

47. Chapter 40: A Living Symbol of Participatory Ecology: Wastewater, Groundwater,and Air Purification Schematics for the René Dubos Bioshelter, Planned South Transept of the Cathedral of St. John The Divine in New York City

48. Case Studies

49. Glossary

50. Index