Applications in Ecological Engineering

<p>Preface</p> <p>Part I: Basic Theory for the Development and Application of Ecological Engineering<br>1. Ecological Engineering and Environmental Management<br>2. Ecological Engineering: Overview<br>3. Design Principles <br>4. Environmental Impact Assessment 1 <br>5. Environmental Impact Assessment 2  <br>6. Basic Ecological Principles as the Basis for Ecological Engineering </p> <p>Part II: Use of Natural and Semi-Natural Ecosystems to solve Environmental Problems<br>7. Buffer Zones <br>8. Natural Wetlands </p> <p>Part III: Restoration of Ecosystems<br>9. Coastal Zone Restoration <br>10. Estuary Restoration <br>11. Lake Restoration <br>12. Lake Restoration Methods <br>13. Mine Area Remediation <br>14. Riparian Zone Management and Restoration <br>15. Stream Restoration </p> <p>Part IV: Constructed Ecosystem – Imitation of Nature<br>16. Classical and Augmentative Biological Control<br>17. Conservation Biological Control and Biopesticides in Agriculture<br>18. Constructed Wetlands, Subsurface Flow<br>19. Constructed Wetlands, Surface Flow <br>20. Estuarine Ecohydrology <br>21. Impoundsments <br>22. Mass Cultivation and Freshwater Microalgae <br>23. Mass Production of Marine Macroalgae <br>24. Multitrophic Integration for Sustainable Marine Aquaculture <br>25. Organic Farming <br>26. Phytoremediation <br>27. Sewage Sludge Technologies <br>28. Soil Movement by Tillage and Other Agricultural Activities </p> <p>Part V: Application of Ecological Principles in Environmental Management<br>29. Agroforestry <br>30. Coastal Zone Management <br>31. Erosion <br>32. Forest Management <br>33. Invasive Plants <br>34. Invasive Species <br>35. Landscape Planning <br>36. Mariculture Waste Management <br>37. Stream Management <br>38. Water Cycle Management <br>39. Watershed Management </p> <p>Index</p>