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TOC

Chapt 1 Introduction
Applicability
References
Scope and Organization
Relationship to Other Guidance

Part I Problem Definition and Selection of Methodology

Chapt 2 Introduction to Flood-Runoff Analysis
Applications of Flood-Runoff Analysis
Nature of Flood Hydrology
Data Considerations
Approaches to Flood-Runoff Analysis

Chapt 3 Study Formulation and Reporting
Overview of Corps Flood Damage Reduction Studies
Planning and Managing the Hydrologic Investigation
Hydrologic Engineering Analysis Strategy
Hydrologic Requirements for Planning Studies
Preconstruction Engineering and Design (PED) Phase
Construction and Operation
Reporting Requirements

Part II Hydrologic Analysis

Chapt 4 Rainfall Analysis
Point Rainfall Data
Rainfall Data From Remote Sensors
Areal and Temporal Distribution of Rainfall Data

Chapt 5 Snow Analysis
Physical Processes
Data Requirements, Collection, and Processing
Simulating Snow Accumulation
Simulating Snowmelt

Chapt 6 Infiltration/Loss Analysis
Gauged versus Ungauged Parameter Estimation
Antecedent Moisture Conditions
Surface Loss Estimation
Infiltration Methods
Impervious Areas
Method Selection

Chapt 7 Precipitation Excess – Runoff Transformation
Runoff Subdivision
Unit Hydrograph Approach
Kinematic Wave Approach

Chapt 8 Subsurface Runoff Analysis
Event-Oriented Methods
Evapotranspiration
Continuous Simulation Approach to Subsurface Modeling
Existing Continuous Simulation Models
Parameter Estimation for Continuous Simulation Models

Chapt 9 Streamflow and Reservoir Routing
Hydraulic Routing Techniques
Hydrologic Routing Techniques
Applicability of Routing Techniques

Chapt 10 Multisubbasin Modeling
General Considerations for Selecting Basin Components
Selection of Hydrograph Computation Locations
Calibration of Individual Components
Calibration of Multisubbasin Model
Verification of the Multisubbasin Model

Part III Methods for Flood-Runoff Analysis

Chapt 11 Simplified Techniques
Rational Method
Regional Frequency Analysis
Envelope Curves
Rainfall Data Sources

Chapt 12
Frequency Analysis of Streamflow Data
Frequency Analysis Concepts
Graphical Techniques
Numerical Techniques
Special Considerations

Chapt 13 Analysis of Storm Events
Model Development
Model Calibration
Simulation of Frequency-Based Design Floods
Simulation of Standard Project and Probable Maximum Floods

Chapt 14 Period-of-Record Analysis
Simulation Requirements
Model Calibration
Applications

Part IV Engineering Applications

Chapt 15 Data Collection and Management
Data Management Concepts
Geographic Information Systems
Data Acquisition and Use

Chapt 16 Ungauged Basin Analysis
Loss-Model Parameter Estimates
Runoff-Model Parameter Estimates
Routing-Model Parameter Estimates
Statistical-Model Parameter Estimates
Reliability of Estimates

Chapt 17 Development of Frequency-Based Estimates
Choice of Methodology
Hypothetical Storm Frequency
Transfer of Frequency Information with Hypothetical Events
Development of Future-Condition Frequency Estimates
Adjustment of Peak Discharges to Represent Stationary Conditions

Chapt 18 Evaluating Change
Evaluating Catchment and Conveyance-System Change
Procedure for Evaluating Damage-Reduction Plans
Evaluating Reservoir and Detention Basins
Evaluating Channel Alterations and Levees
Evaluating Other Alternatives

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