5  Manual Crosswalk

πŸ“šοΈ Resource

Concept Map: Technical Manual β†”οΈŽ User Manual

Visual Concept Map

graph LR
    subgraph TM["πŸ“ Technical Manual"]
        TM1[1. Introduction & Overview]
        TM2[2. Stream Classification]
        TM3[3. Hydraulic Geometry]
        TM4[4. Bankfull Identification]
        TM5[5. Cross-Section Analysis]
        TM6[6. Longitudinal Profile]
        TM7[7. Sediment Transport]
        TM8[8. Channel Stability]
        TM9[9. Validation & QC]
        TM10[10. Regional Curves]
    end
    
    subgraph UM["πŸ”§ User Manual"]
        UM1[1. Getting Started]
        UM2[2. Data Requirements]
        UM3[3. Field Data Collection]
        UM4[4. Data Processing]
        UM5[5. Terrain Development]
        UM6[6. Reach Delineation]
        UM7[7. Cross-Section Tools]
        UM8[8. Bankfull Analysis]
        UM9[9. Classification Workflow]
        UM10[10. Hydraulic Geometry]
        UM11[11. Sediment Analysis]
        UM12[12. Report Generation]
        UM13[13. Quality Control]
        UM14[14. Troubleshooting]
    end
    
    TM1 -.->|Context| UM1
    TM1 -.->|Overview| UM2
    
    TM2 -->|Methods| UM9
    TM2 -.->|Field ID| UM3
    
    TM3 -->|Equations| UM10
    TM3 -.->|Theory| UM7
    
    TM4 -->|Criteria| UM8
    TM4 -->|Indicators| UM3
    
    TM5 -->|Analysis Methods| UM7
    TM5 -.->|Processing| UM4
    
    TM6 -->|Profile Analysis| UM6
    TM6 -.->|Slope Calc| UM5
    
    TM7 -->|Transport Equations| UM11
    TM7 -.->|Substrate| UM3
    
    TM8 -.->|Assessment| UM9
    TM8 -.->|Indicators| UM3
    
    TM9 -->|Validation| UM13
    TM9 -->|Expected Ranges| UM12
    
    TM10 -.->|Regional Data| UM10
    TM10 -.->|Comparison| UM13
    
    style TM fill:#e8f4f8
    style UM fill:#fff4e6

Legend: - Solid arrows (β†’): Primary/direct correspondence - Dashed arrows (-.->): Supporting/reference relationship

Detailed Chapter Correspondence Table

Level 1: Introduction & Setup

πŸ“ Technical Manual πŸ”§ User Manual Relationship Use Together For
Ch 1: Introduction & Overview Ch 1: Getting Started Foundation Understanding project scope
β€’ Purpose & scope
β€’ Fluvial concepts
β€’ Assessment framework		 β€’ Software installation
β€’ Project setup
β€’ Interface overview		 Technical provides context;
User provides implementation		 β€’ Initial project planning
β€’ Team orientation
β€’ Scope definition
Ch 1: Introduction Ch 2: Data Requirements Planning Determining data needs
β€’ Assessment levels
β€’ Method selection		 β€’ Required datasets
β€’ Data formats
β€’ Minimum requirements		 Technical explains why;
User specifies what		 β€’ Project scoping
β€’ Budget planning
β€’ Timeline estimation

Level 2: Field Methods

πŸ“ Technical Manual πŸ”§ User Manual Relationship Use Together For
Ch 4: Bankfull Identification Ch 3: Field Data Collection Direct Application Field surveys
β€’ Bankfull indicators
β€’ Field identification
β€’ Validation criteria		 β€’ Survey protocols
β€’ Equipment use
β€’ Data recording forms		 Technical defines indicators;
User shows how to measure		 β€’ Training field crews
β€’ Conducting surveys
β€’ Documenting features
Ch 2: Stream Classification Ch 3: Field Data Collection Supporting Stream characterization
β€’ Rosgen classification
β€’ Stream types
β€’ Morphological features		 β€’ Feature identification
β€’ Photo documentation
β€’ Field forms		 Technical explains features;
User shows how to document		 β€’ Stream reconnaissance
β€’ Feature identification
β€’ Classification prep
Ch 7: Sediment Transport Ch 3: Field Data Collection Supporting Substrate assessment
β€’ Particle size theory
β€’ Substrate classification		 β€’ Pebble count procedures
β€’ Substrate sampling
β€’ Data recording		 Technical explains importance;
User provides protocols		 β€’ Substrate characterization
β€’ Roughness estimation
β€’ Transport potential

Level 3: Data Processing

πŸ“ Technical Manual πŸ”§ User Manual Relationship Use Together For
Ch 5: Cross-Section Analysis Ch 4: Data Processing Foundation Data preparation
β€’ Cross-section theory
β€’ Spacing requirements
β€’ Orientation standards		 β€’ Data import
β€’ Format conversion
β€’ Data cleaning		 Technical sets standards;
User implements processing		 β€’ Importing survey data
β€’ Quality checking
β€’ Format standardization
Ch 6: Longitudinal Profile Ch 5: Terrain Development Direct Application DEM creation
β€’ Profile analysis theory
β€’ Slope calculation methods
β€’ Elevation requirements		 β€’ LiDAR processing
β€’ DEM generation
β€’ Terrain tools		 Technical explains methods;
User executes workflows		 β€’ Creating terrain models
β€’ Extracting profiles
β€’ Calculating slopes
Ch 6: Longitudinal Profile Ch 6: Reach Delineation Direct Application Defining reaches
β€’ Reach definition criteria
β€’ Homogeneity requirements
β€’ Break point identification		 β€’ Reach delineation tools
β€’ Breakpoint selection
β€’ Reach segmentation		 Technical defines criteria;
User applies tools		 β€’ Segmenting streams
β€’ Identifying breaks
β€’ Creating reach boundaries

Level 4: Analysis & Calculations

πŸ“ Technical Manual πŸ”§ User Manual Relationship Use Together For
Ch 5: Cross-Section Analysis Ch 7: Cross-Section Tools Direct Application Cross-section analysis
β€’ Geometric calculations
β€’ Area, width, depth
β€’ Hydraulic radius		 β€’ Cross-section generation
β€’ Dimension extraction
β€’ Visualization tools		 Technical provides equations;
User executes calculations		 β€’ Generating cross-sections
β€’ Extracting dimensions
β€’ Creating plots
Ch 4: Bankfull Identification Ch 8: Bankfull Analysis Direct Application Bankfull determination
β€’ Bankfull stage theory
β€’ Discharge calculations
β€’ Manning’s equation		 β€’ Bankfull tools workflow
β€’ Stage identification
β€’ Discharge computation		 Technical explains methods;
User runs analysis		 β€’ Identifying bankfull stage
β€’ Calculating discharge
β€’ Validating results
Ch 2: Stream Classification Ch 9: Classification Workflow Direct Application Stream typing
β€’ Rosgen classification system
β€’ Entrenchment ratio
β€’ Width/depth ratio
β€’ Sinuosity
β€’ Slope categories		 β€’ Classification tool
β€’ Parameter calculation
β€’ Type assignment
β€’ Classification reports		 Technical defines system;
User implements workflow		 β€’ Classifying streams
β€’ Calculating parameters
β€’ Assigning stream types
β€’ Generating classification reports
Ch 3: Hydraulic Geometry Ch 10: Hydraulic Geometry Direct Application Dimensional analysis
β€’ Power law relationships
β€’ Regional curves theory
β€’ Drainage area relationships
β€’ Exponent interpretation		 β€’ Hydraulic geometry tools
β€’ Curve fitting
β€’ Relationship plotting
β€’ Prediction tools		 Technical explains relationships;
User generates curves		 β€’ Creating regional curves
β€’ Predicting dimensions
β€’ Comparing relationships
β€’ Validating predictions
Ch 7: Sediment Transport Ch 11: Sediment Analysis Direct Application Transport calculations
β€’ Transport equations
β€’ Shields parameter
β€’ Critical shear stress
β€’ Capacity calculations		 β€’ Sediment transport tools
β€’ Shear stress calculation
β€’ Capacity estimation
β€’ Mobility analysis		 Technical provides equations;
User runs calculations		 β€’ Calculating transport capacity
β€’ Assessing mobility
β€’ Estimating sediment loads
β€’ Stability assessment

Level 5: Validation & Reporting

πŸ“ Technical Manual πŸ”§ User Manual Relationship Use Together For
Ch 9: Validation & QC Ch 13: Quality Control Direct Application Quality assurance
β€’ Expected value ranges
β€’ Validation criteria
β€’ Error sources
β€’ Uncertainty analysis		 β€’ QC checklists
β€’ Validation procedures
β€’ Error checking
β€’ Data review		 Technical sets standards;
User implements checks		 β€’ Validating results
β€’ Checking calculations
β€’ Identifying errors
β€’ Ensuring quality
Ch 10: Regional Curves Ch 13: Quality Control Supporting Result comparison
β€’ Regional relationships
β€’ Comparison methods
β€’ Acceptable ranges		 β€’ Comparison tools
β€’ Outlier identification
β€’ Regional data plots		 Technical provides context;
User compares data		 β€’ Comparing to regional data
β€’ Identifying outliers
β€’ Validating predictions
Ch 9: Validation & QC Ch 12: Report Generation Supporting Documentation
β€’ Reporting standards
β€’ Required documentation
β€’ Method citations		 β€’ Report templates
β€’ Output generation
β€’ Visualization tools
β€’ Export formats		 Technical defines requirements;
User creates outputs		 β€’ Generating reports
β€’ Creating figures
β€’ Documenting methods
β€’ Exporting results
Ch 8: Channel Stability Ch 12: Report Generation Supporting Stability reporting
β€’ Stability indicators
β€’ Assessment criteria
β€’ Interpretation guidance		 β€’ Stability outputs
β€’ Summary tables
β€’ Condition reports		 Technical interprets results;
User formats outputs		 β€’ Assessing stability
β€’ Reporting conditions
β€’ Summarizing findings

Level 6: Troubleshooting & Support

πŸ“ Technical Manual πŸ”§ User Manual Relationship Use Together For
Ch 9: Validation & QC Ch 14: Troubleshooting Supporting Problem solving
β€’ Common issues
β€’ Method limitations
β€’ When methods fail		 β€’ Error messages
β€’ Common problems
β€’ Solutions
β€’ Workarounds		 Technical explains why problems occur;
User provides solutions		 β€’ Diagnosing issues
β€’ Understanding errors
β€’ Finding solutions
β€’ Determining alternatives
All Chapters Ch 14: Troubleshooting Reference Error resolution
β€’ Method-specific limitations
β€’ Assumptions
β€’ Applicability		 β€’ Tool-specific errors
β€’ Workflow issues
β€’ Data problems		 Technical clarifies appropriateness;
User fixes technical issues		 β€’ Resolving errors
β€’ Checking assumptions
β€’ Verifying applicability

Cross-Reference Quick Guide

By Analysis Type

Stream Classification Analysis

Read in this order:

  1. πŸ“ Technical Ch 2: Stream Classification (30 min)
    • Understand Rosgen system
    • Learn classification parameters
    • Review stream types
  2. πŸ”§ User Ch 3: Field Data Collection (15 min)
    • Field identification procedures
    • Photo documentation
  3. πŸ”§ User Ch 9: Classification Workflow (45 min)
    • Run classification tools
    • Calculate parameters
    • Assign stream type
  4. πŸ“ Technical Ch 9: Validation (15 min)
    • Verify classification makes sense
    • Check against regional data

Bankfull Discharge Calculation

Read in this order:

  1. πŸ“ Technical Ch 4: Bankfull Identification (20 min)
    • Learn bankfull indicators
    • Understand discharge theory
    • Review Manning’s equation
  2. πŸ”§ User Ch 3: Field Data Collection (20 min)
    • Survey bankfull features
    • Measure slope
    • Document indicators
  3. πŸ”§ User Ch 7: Cross-Section Tools (30 min)
    • Generate cross-sections
    • Extract dimensions
  4. πŸ”§ User Ch 8: Bankfull Analysis (30 min)
    • Run bankfull tools
    • Calculate discharge
    • Generate outputs
  5. πŸ“ Technical Ch 9: Validation (15 min)
    • Check results against expected ranges
    • Validate discharge values

Hydraulic Geometry Analysis

Read in this order:

  1. πŸ“ Technical Ch 3: Hydraulic Geometry (30 min)
    • Understand power law relationships
    • Learn about regional curves
    • Review exponents
  2. πŸ”§ User Ch 2: Data Requirements (10 min)
    • Determine data needs
    • Check minimum requirements
  3. πŸ”§ User Ch 10: Hydraulic Geometry (45 min)
    • Run hydraulic geometry tools
    • Generate regional curves
    • Create predictions
  4. πŸ“ Technical Ch 10: Regional Curves (20 min)
    • Compare to published curves
    • Interpret relationships
  5. πŸ”§ User Ch 13: Quality Control (15 min)
    • Validate curve fits
    • Check outliers

Sediment Transport Assessment

Read in this order:

  1. πŸ“ Technical Ch 7: Sediment Transport (40 min)
    • Learn transport equations
    • Understand critical shear stress
    • Review Shields parameter
  2. πŸ”§ User Ch 3: Field Data Collection (20 min)
    • Conduct pebble counts
    • Sample substrate
    • Document bed material
  3. πŸ”§ User Ch 11: Sediment Analysis (30 min)
    • Run transport calculations
    • Calculate shear stress
    • Assess mobility
  4. πŸ“ Technical Ch 8: Channel Stability (20 min)
    • Interpret results
    • Assess stability implications

Integrated Workflow Maps

Complete Level-1 Assessment Workflow

Planning Phase:
β”œβ”€ πŸ“ TM Ch 1: Introduction β†’ Understand assessment approach
β”œβ”€ πŸ”§ UM Ch 1: Getting Started β†’ Set up software
└─ πŸ”§ UM Ch 2: Data Requirements β†’ Identify needed data

Field Phase:
β”œβ”€ πŸ“ TM Ch 4: Bankfull ID β†’ Learn indicators
β”œβ”€ πŸ“ TM Ch 2: Classification β†’ Understand features
β”œβ”€ πŸ”§ UM Ch 3: Field Collection β†’ Conduct surveys
└─ πŸ“ TM Ch 7: Sediment β†’ Substrate theory

Processing Phase:
β”œβ”€ πŸ”§ UM Ch 4: Data Processing β†’ Import data
β”œβ”€ πŸ”§ UM Ch 5: Terrain Development β†’ Create DEM
β”œβ”€ πŸ”§ UM Ch 6: Reach Delineation β†’ Define reaches
└─ πŸ”§ UM Ch 7: Cross-Sections β†’ Generate XS

Analysis Phase:
β”œβ”€ πŸ”§ UM Ch 8: Bankfull Analysis β†’ Calculate dimensions
β”œβ”€ πŸ”§ UM Ch 9: Classification β†’ Assign stream type
β”œβ”€ πŸ”§ UM Ch 10: Hydraulic Geometry β†’ Analyze relationships
└─ πŸ”§ UM Ch 11: Sediment Analysis β†’ Assess transport

Validation Phase:
β”œβ”€ πŸ“ TM Ch 9: Validation β†’ Check results
β”œβ”€ πŸ“ TM Ch 10: Regional Curves β†’ Compare data
└─ πŸ”§ UM Ch 13: Quality Control β†’ Run QC checks

Reporting Phase:
β”œβ”€ πŸ”§ UM Ch 12: Report Generation β†’ Create outputs
└─ πŸ“ TM Ch 1-10: All β†’ Cite methods

Topic-Based Cross-Reference

Bankfull Stage & Discharge

Topic Technical Manual User Manual
Theory Ch 4: Bankfull theory, return interval β€”
Field Indicators Ch 4: Indicator descriptions Ch 3: Field identification
Survey Methods Ch 4: Survey requirements Ch 3: Survey protocols
Calculations Ch 4: Manning’s equation, roughness Ch 8: Calculation workflow
Tools β€” Ch 8: Bankfull tools
Validation Ch 9: Expected ranges Ch 13: QC procedures
Reporting Ch 4: Documentation standards Ch 12: Output generation

Stream Classification

Topic Technical Manual User Manual
Classification System Ch 2: Rosgen system details β€”
Parameters Ch 2: Definitions, calculations Ch 9: Parameter extraction
Stream Types Ch 2: Type descriptions Ch 9: Type assignment
Field Assessment Ch 2: Visual identification Ch 3: Field procedures
Tools β€” Ch 9: Classification tools
Validation Ch 2: Typical ranges by type Ch 13: Classification QC
Reporting Ch 2: Classification reporting Ch 12: Classification outputs

Cross-Section Analysis

Topic Technical Manual User Manual
Theory Ch 5: Geometric principles β€”
Spacing Ch 5: Spacing requirements Ch 7: XS placement
Orientation Ch 5: Perpendicular requirements Ch 7: XS orientation
Dimensions Ch 5: Calculation methods Ch 7: Dimension extraction
Tools β€” Ch 7: Cross-section tools
Visualization Ch 5: Standard plots Ch 7: Plotting tools
QC Ch 9: XS validation Ch 13: XS quality checks

Study Guide: Using Both Manuals Together

For Each New Topic:

Step 1: Foundation (Technical Manual) - Read relevant theory chapter - Understand equations and methods - Note key concepts and limitations

Step 2: Application (User Manual) - Review data requirements - Follow workflow step-by-step - Use example data first

Step 3: Practice (User Manual) - Apply to your own data - Follow procedures exactly - Document any issues

Step 4: Validation (Technical Manual) - Check results against expected ranges - Verify assumptions are met - Interpret findings

Step 5: Refinement (Both) - Troubleshoot issues (User Manual) - Understand why issues occur (Technical Manual) - Adjust approach as needed

Bookmark These Page Combinations

Most Frequently Used Together:

  1. πŸ“ TM Ch 4 + πŸ”§ UM Ch 8: Bankfull analysis
  2. πŸ“ TM Ch 2 + πŸ”§ UM Ch 9: Stream classification
  3. πŸ“ TM Ch 3 + πŸ”§ UM Ch 10: Hydraulic geometry
  4. πŸ“ TM Ch 9 + πŸ”§ UM Ch 13: Validation & QC
  5. πŸ“ TM Ch 5 + πŸ”§ UM Ch 7: Cross-section analysis

Quick Reference Card

Print this and keep it handy:

I Need To… Start Here Then Go Here
Understand WHY πŸ“ Technical πŸ”§ User (to apply)
Learn HOW πŸ”§ User πŸ“ Technical (to validate)
Plan project πŸ“ TM Ch 1 πŸ”§ UM Ch 2
Collect data πŸ“ TM Ch 4 πŸ”§ UM Ch 3
Process data πŸ”§ UM Ch 4-7 πŸ“ TM Ch 5-6 (reference)
Run analysis πŸ”§ UM Ch 8-11 πŸ“ TM Ch 2-7 (understand)
Check results πŸ“ TM Ch 9 πŸ”§ UM Ch 13
Create reports πŸ”§ UM Ch 12 πŸ“ TM (cite methods)
Fix problems πŸ”§ UM Ch 14 πŸ“ TM (understand why)

πŸ’‘ Pro Tip: Keep both manuals open in separate browser tabs or windows. As you work through User Manual workflows, reference the corresponding Technical Manual sections to deepen your understanding!