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Chapter 1 Overview
1£®1 General Principle
1£®2 Observation Items
1£®3 Limit Requirements

Chapter 2 Deformation Observation
2£®1 Horizontal Displacement
2£®2 Vertical Displacement
2£®3 Deflection
2£®4 Incline
2£®5 Seam and Crack

Chapter 3 Seepage Monitoring
3£®1 Uplift Pressure
3£®2 Seepage Pressure
3£®3 Pore Pressure
3£®4 Bypass Seepage
3£®5 Underground Water Elevation
3£®6 Seepage Discharge
3£®7 Water Quality Observation

Chapter 4 Stress Monitoring
4£®1 Concrete Stress and Strain
4£®2 Rock Stress and Strain
4£®3 Steel Stress and Strain
4£®4 Free Volume Strain
4£®5 Soil Pressure
4£®6 Temperature
4£®7 Earthquake

Chapter 5 Hydrology and Hydraulics Monitoring
5£®1 Water Level
5£®2 Precipitation
5£®3 Pressure
5£®4 Energy Dissipation
5£®5 Erosion and Deposition
5£®6 Wave

Chapter 6 Automatic Monitoring
6£®1 Basic Requirements
6£®2 Designing Schemes
6£®3 Monitoring System
6£®4 Data Communication
6£®5 Alarm Criterion

Chapter 7 Monitoring Instruments Graphic Symbols
7£®1 Formulating Process
7£®2 Formulating Principle
7£®3 Instructions
7£®4 Symbol Annotation

Chapter 8 Monitoring Design Instances
8£®1 Concrete Dam
8£®2 Earth and Fockfill Dam
8£®3 Design Optimising
References