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Engineering
Civil Engineering
Water Resources Engineering
1. Introduction to Water Resources Engineering
2. Mathematical and Statistical Foundations
3. Fundamental Principles of Fluid Mechanics
4. Hydraulics of Pressurized Pipe Flow
5. Open-Channel Hydraulics
6. Hydrology: The Science of Water
7. Surface Water Hydrology
8. Groundwater Hydrology
9. Water Resources Systems Planning and Management
10. Design of Hydraulic Structures
11. Water Supply Engineering
12. Wastewater and Stormwater Engineering
13. Environmental and Sustainability Considerations
Surface Water Hydrology
Watersheds and Drainage Basins
Watershed Delineation
Topographic Methods
Digital Elevation Models
GIS Applications
Morphometric Characteristics
Area and Perimeter
Shape Parameters
Relief Parameters
Drainage Network Properties
Land Use and Land Cover
Classification Systems
Change Detection
Impact on Hydrology
Soil Characteristics
Soil Types and Properties
Hydrologic Soil Groups
Soil Surveys and Mapping
Streamflow and Runoff
Runoff Generation
Hortonian Overland Flow
Saturation Excess Flow
Subsurface Stormflow
Return Flow
Streamflow Components
Surface Runoff
Interflow
Baseflow
Channel Precipitation
Flow Measurement
Velocity-Area Method
Dilution Method
Electromagnetic Method
Acoustic Doppler Method
Gauging Stations
Site Selection
Equipment Installation
Data Collection
Quality Assurance
Rating Curves
Development and Maintenance
Shifting Controls
Extrapolation Methods
Hydrograph Analysis
Hydrograph Components
Rising Limb
Peak Discharge
Recession Limb
Time to Peak
Lag Time
Baseflow Separation
Straight Line Method
Fixed Base Method
Variable Slope Method
Digital Filtering
Unit Hydrograph Theory
Linear System Theory
Unit Hydrograph Derivation
Instantaneous Unit Hydrograph
S-Curve Method
Synthetic Unit Hydrographs
Snyder's Method
NRCS Dimensionless Unit Hydrograph
Clark Unit Hydrograph
Geomorphologic Unit Hydrograph
Flood Hydrology
Flood Characteristics
Peak Discharge
Flood Volume
Flood Duration
Time of Occurrence
Flood Frequency Analysis
Annual Maximum Series
Partial Duration Series
Return Period and Risk
Confidence Intervals
Statistical Distributions
Log-Pearson Type III
Gumbel Distribution
Log-Normal Distribution
Generalized Extreme Value
Regional Flood Frequency
Index Flood Method
Regional Regression
USGS Regional Equations
Probable Maximum Precipitation
Meteorological Methods
Statistical Methods
Temporal and Spatial Distribution
Probable Maximum Flood
Unit Hydrograph Method
Rainfall-Runoff Models
Flood Routing
Hydrologic Routing
Level Pool Routing
Modified Puls Method
Storage-Indication Method
Hydraulic Routing
Kinematic Wave Method
Diffusion Wave Method
Dynamic Wave Method
Channel Routing
Muskingum Method
Muskingum-Cunge Method
Variable Parameter Methods
Routing Applications
Reservoir Operations
Channel Modifications
Flood Forecasting
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6. Hydrology: The Science of Water
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8. Groundwater Hydrology