Stormwater Management
Author: Martin P Wanielista
Designed for both students and practicing professionals, it addresses critical issues of water quality, focusing on the illustration and application of both hydrologic and economic water management techniques. Stresses applications using worked examples, case studies and problems. Software is included to assist in solving more complex problems and to apply demonstrated techniques.
Booknews
The subject is multidisciplinary, and interest in all facets has been spurred by new regulations mandating and governing stormwater management. Underlying philosophies and water quality issues are covered in this text along with hydrologic and hydraulic techniques, enhanced by optimization and fiscal procedures. Annotation c. Book News, Inc., Portland, OR (booknews.com)
Table of Contents:
Preface | ||
1 | Introduction | 1 |
1.1 | Organization of Book and Related Disciplines | 1 |
1.2 | Magnitude of Stormwater Problems | 2 |
1.3 | Hydrologic Cycle | 4 |
1.4 | Stormwater Management Objectives and Limitations | 8 |
1.5 | Stormwater Management Policies | 10 |
1.6 | Feasibility Considerations | 11 |
1.7 | Stormwater Mathematical Models | 13 |
1.8 | Computation Aids and Computer Programs | 19 |
2 | Probability and Statistical Methods for Hydrologic Events | 24 |
2.2 | Assumptions for Statistical Analysis | 27 |
2.3 | Regression Formulas | 30 |
2.4 | Theoretical Frequency Distributions | 34 |
3 | Hydrographs | 65 |
3.1 | Synthetic Hydrographs | 65 |
3.2 | Rainfall Excess | 66 |
3.3 | Hydrograph Procedures | 72 |
3.4 | Hydrograph Attenuation | 78 |
4 | Management Models for Flow Rate and Volume Control | 90 |
4.1 | Reasons for Models | 90 |
4.2 | Some Existing Models | 91 |
4.3 | Basic Concepts | 92 |
4.4 | Application of HEC-1 | 96 |
4.5 | Application of SMADA | 96 |
5 | Stormwater Quality | 108 |
5.1 | Water Quality Parameters | 110 |
5.2 | Dustfall and Quality of Precipitation | 112 |
5.3 | Stormwater Sampling Event Mean Concentration, and Loading | 116 |
5.4 | Rural Nonpoint Sources | 120 |
5.5 | Urban Nonpoint Sources | 123 |
5.6 | Runoff Water Quality | 127 |
5.7 | Mass Loadings | 135 |
5.8 | Mathematical Modeling | 140 |
6 | Receiving Water Quality | 159 |
6.1 | Water Quality Assessment | 159 |
6.2 | Separating Point from Nonpoint Sources | 163 |
6.3 | Combined Sewers and Comparison to Separate Sewers | 166 |
6.4 | Toxicity | 169 |
6.5 | Dissolved Oxygen Impacts | 176 |
6.6 | Sediment Accumulation | 188 |
6.7 | Eutrophication and Trophic Analysis | 190 |
6.8 | Mathematical Modeling for Receiving Waters | 195 |
7 | Stormwater Management Alternatives for Water Quality Improvement | 216 |
7.1 | Philosophies for Stormwater Quality Management | 216 |
7.2 | Alternative Stormwater Quality Management Practices | 218 |
7.3 | Fundamental Efficiency Considerations | 220 |
7.4 | Off-Line Retention (Diversion) Systems | 225 |
7.5 | Sedimentation | 231 |
7.6 | Removal of Dissolved Contaminants in Stormwater | 237 |
7.7 | Swales | 240 |
8 | Wet-Retention / Detention Ponds | 262 |
8.1 | Design Considerations | 264 |
8.2 | Modeling Concepts for Wet-Detention Ponds | 266 |
8.3 | Wet-Detention Pond as a Holding Tank and a Reuse Pond | 292 |
9 | Economic and Fiscal Feasibility | 313 |
9.1 | Comprehensive Stormwater Management | 313 |
9.2 | Economic Measures | 315 |
9.3 | Fiscal Responsibility and Financial Planning | 321 |
9.4 | Uncertainty and Risk | 328 |
10 | Optimization | 343 |
10.2 | Linear Programming | 346 |
10.3 | Multiobjective Programming | 357 |
10.4 | Other Optimization Techniques | 359 |
10.5 | Cost-Effectiveness | 371 |
10.6 | Optimization of Stormwater Management Practices | 381 |
11 | Rural Area Stormwater Management | 397 |
11.1 | Erosion and Sedimentation | 397 |
11.2 | Universal Soil Loss Equation | 399 |
11.3 | Water Yield Model | 410 |
11.4 | Solids Disposal | 414 |
Appendix A Notation | 423 | |
Appendix B Metric Units With English Equivalents | 430 | |
Appendix C Nondimensional Rainfall and Frequency-Intensity-Duration Curves | 435 | |
Appendix D Statistical Tables | 443 | |
Appendix E Computer Programs, Descriptions, and Example Outputs | 464 | |
Appendix F Selected Hydrologic Soil Classifications and Curve Numbers | 504 | |
Appendix G Description of Common Stormwater Management Practices | 528 | |
Appendix H Solutions to Selected Case Studies | 536 | |
Index | 573 |
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Monetary Policy and Politics: Rules vs. Discretion
Author: George Macesich
Macesich argues that the poor performance of monetary policy can be attributed to the ease with which "money" slips into the political arena. Discretionary authority facilitates monetary manipulation for political ends, thereby increasing uncertainty and casting doubt on money, the monetary system, and indeed the monetary authority itself. The author traces the evolution of the debate over rules versus discretionary authority and discusses various methods that economists have proposed for constraining the monetary authority. He concludes that if monetary policy is to be credible and thus successful, the hands of monetary policy makers are better tied than left free.
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