1Preface
515.1 Introduction
2Chapter
525.2 In-Stream Phosphorus Removal
31 Introduction
535.3 Non-Point Nutrient Source Controls: : 5.3.1 Introduction
41.1 The Hydrologic Cycle And The Quantity Of Fresh Water
545.4 Non-Point Source Controls: Manure Management
51.2 Status Of Fresh Water In The United States
555.5 Non-Point Nutrient Source Controls: Ponds And Wetlands
61.3 Restoration And Management Of Lakes And Reservoirs
565.5.1 Introduction
71.4 History Of Lake Restoration And Management
575.5.2 Dry And Wet Extended Detention (Ed) Ponds
81.5 Exercise
585.5.3 Constructed Wetlands
9Chapter
595.5.4 Pre-Dams
102 Basic Limnology
605.6 Riparian Zone Rehabilitation
112.1 Introduction
615.6.1 Introduction
122.2 Lakes And Reservoirs
625.6.2 Riparian Zone Rehabilitation Methods
132.3 Basic Limnology: 2.3.1 Physical-Chemical Limnology
635.7 Summary
142.4 Biological Limnology
645.8 Exercise
152.5 Limiting Factors
65Chapter
162.6 Exercise
666 Dilution and Flushing
17Chapter
676.1 Introduction
183 Lake and Reservoir Diagnosis and Evaluation
686.2 Theory And Predictions
193.1 Introduction
696.3 Case Studies
203.2 Diagnosis/Feasibility Studies
706.4 Moses Lake
213.2.1 Watershed
716.5 Lake Veluwe
223.2.2 In-Lake
726.6 Summary: Effects, Applications, And Precautions
233.3 Dilution/Flushing
736.7 Exercise
243.4 Lake Protection From Urban Runoff
74Chapter
253.5 Hypolimnetic Withdrawal
757 Hypolimnetic Withdrawal
263.6 Artificial Circulation
767.1 Introduction
273.7 Food-Web Manipulations
777.2 Test Cases: 7.2.1 General Trends
283.8 Copper Sulfate Treatment
787.3 Specific Cases: 7.3.1 Mauen See
293.9 Macrophyte Problems
797.4 Austrian Lakes
303.10 Harvesting
807.5 U.S. Lakes
313.11 Biological Controls
817.6 Canada
323.12 Lake-Level Drawdown
827.7 Costs
333.14 Sediment Removal
837.8 Adverse effects
343.15 Hypolimnetic Aeration
847.9 Summary
353.16 The Lake Improvement Restoration Plan
857.10 Exercise
363.17 Exercise
86Chapter
37Chapter
878 Phosphorus Inactivation and Sediment Oxidation
384 Lake and Reservoir Response To Diversion Advanced Wastewater Treatment
888.1 Introduction
394.1 General
898.2 Chemical Background
404.2 Techniques For Reducing External Nutrient Loads
908.2.1 Aluminum
414.4 Lake Washington, Washington
918.2.2 Iron And Calcium
424.5 Lake Sammamish, Washington
928.2.3 Iron And Calcium
434.6 Lake Norrviken, Sweden
938.3 Application Techniques For Alum
444.7 Shagawa Lake, Minnesota
948.4 Costs
454.8 Madison Lakes, Wisconsin
958.5 Prospectus
464.9 Lake Zürich, Switzerland
968.6 Exercise
474.10 Lake Søbygaard, Denmark
97Appendix
484.11 Exercise
98Glossary
49Chapter
99Index
505 Lake and Reservoir Protection From Non-Point Pollution
