| CRiSP1.6 Theory & Calibration Manual: Table of Contents | |
Table of Contents
I. Introduction
I.1 - General Description
- I.1.1 - CRiSP.1 Submodels
II. Theory
II.1 - Model Computation Diagram
- Reservoir Passage
- Ecological Submodels
II.2 - Flows
- II.2.1 - Overview of Flow Computation
- II.2.2 - Monte Carlo Flow Calculation
- Hydroregulation Models
- Flow Modulation
- Monte Carlo Flow Modulator Validation
- Flow Loss
- Headwater Computation
- Downstream Propagation
- II.2.3 - Scenario Mode Flow Generation
- Headwater Modulation
- Reservoir Volume and Flow
- Theory for Parameter Estimation
- Maximum Unregulated Flows
- Storage Reservoirs Parameter Values
- II.2.4 - Flow / Velocity / Elevation
- Pool Volume
- Water Velocity
- Flow / Velocity Calibration
- II.2.5 - Temperature
II.3 - Fish Migration
- II.3.1 - Theoretical Framework
- Probability Density Function
- Passage Probability
- II.3.2 - Migration Models
- Implementing the Travel Time Algorithm
II.4 - Reservoir Survival
- II.4.1 - Theoretical Framework
- II.4.2 - Predation Mortality
- General Model
- Zone Specific Formulations of the Predation Model
- Predator Abundance
- Predator Removal Adjustments
- Predator Density / Reservoir Volume Interaction
- II.4.3 - Supersaturation Mortality
- Theory
- Parameter Determination
- II.4.4 - Simple Mortality
II.5 - Total Dissolved Gas
- II.5.1 - Introduction
- II.5.2 - Gas Production Equations
- Theory
- TDG Empirical Models
- TDG Mechanistic Models
- II.5.3 - Tailrace Dynamics
- Introduction
- Separate Flows
- Mixing
- Entrainment
- II.5.4 - Reservoir Dissolved Gas Distributions
- Theory
- Parameter Determination
- II.5.5 - Other Gas Inputs
- Total Dissolved Gas in the Tailrace
- Total Dissolved Gas at a Confluence
- Total Dissolved Gas Dissipation
II.6 - Dam Passage
- II.6.1 - Forebay Delay
- Dam Delay Model
- II.6.2 - Spill
- Flow Archive Spill
- Spill from Spill Schedule Tool
- Spill Caps
- Spill Efficiency
- II.6.3 - Fish Guidance Efficiency (FGE)
- Constant FGE
- Age Dependent FGE
- Parameter Determination
- Multiple Powerhouses
- Fish Passage Efficiency (FPE)
- Dam Passage Survival
- II.6.4 - Transport Parameters
- Transportation schedule
- Transportation Separation
- II.6.5 - Transport Merit Function
II.7 - Stochastic Processes
- II.7.1 - Stochastic Parameter Probability Density
- II.7.2 - Stochastic Parameters
- II.7.3 - Scales of Stochastic Variability
III. Calibration
III.1 - Calibration Overview
- III.1.1 - Parameter Determination and Calibration Techniques
- Goodness-of-fit
- III.1.2 - Parameter Determination and Calibration Status
- Status by Type
- Status by Submodel
III.2 - Total Dissolved Gas Calibration
- WES Linear and Exponential Curves
- Exponential Empirical Equation
- Hyperbolic Empirical Equation
- GasSpill 1 and GasSpill 2 Mechanistic Equations
- K Entrainment
III.3 - Predation Rate Parameter Calibration
- Survival Data
- Survival Calibration Process
- III.3.1 - Parameter Determination and Calibration
- Predator Densities
- Predator Activity Coefficient Determination
- Temperature Response
- III.3.2 - Predator Density - Temperature Response Interaction
- Density Data Revised
- III.3.3 - Results for Snake River Stocks
- III.3.4 - Results for Upper Columbia River Stocks
- Calibration strategy for fall chinook
- Predator Density
- Caveat
III.4 - Calibration of Fish Travel Time Algorithms
- Travel Time Calibration Process
- Estimating Velocity Variance (Vvar)
- Smolt Start/Stop Date
- Migration Rate Variance
- Travel Time Data
- Construction of Cohorts
- III.4.1 - Results for Snake River Stocks
- III.4.2 - Results for Upper Columbia Stocks
IV. Sensitivity Analysis
IV.1 - Description
- IV.1.1 - Methods
IV.2 - Results
IV.3 - Summary
- Analyzed Range and Observed Range
V. Parameter Definitions
VI. References
VI.1 - By Author
VI.2 - By Subject
VII. Glossaries
VII.1 - Glossary
VII.2 - Token Glossary
| CRiSP1.6 Theory & Calibration Manual: Table of Contents | |