文摘
英文文摘
独创性声明及学位论文版权使用授权书
CHAPTER ONE Introduction
1.1 Objectives
1.2 Problem Definition/Statement
1.3 Project Justification:
1.4 Area of Contribution
1.5 Research Methodology
1.6 Scope and Limitation
1.7 Thesis Structure
CHAPTER TWO Literature Review
2.2 How To Act Sustainably
2.3 Water As A Factor Of National Security
2.4 Management at the Community Level
2.5 Sustainable Water Resource Development
CHAPTER THREE Historical Background of Heng Shui City
3.1 Natural Environment
3.1.1 Relief
3.1.2 Climate
3.1.3 Hydrological and Geological Regions
3.1.4 Classification of Aquifer
3.1.5 Regional Underground Recharge, Runoff and Drainage Condition
3.1.6 Trend/Dynamic of Irrigation
3.2 Water Resource Status
3.3 Social Environment:
3.4 Agriculture, Forestry and Fishery
3.5 Industry and Rural Enterprises
3.6 Postal Communication, Education and Sanitation:
3.7 Water Resources and Exploitation Utilization in Heng Shui City
3.8 Water Resources
3.8.1 Precipitation Amount
3.8.2 Recent Precipitation Conditions
3.9: Surface Water Resource
3.9.1 Self Produce Surface Water Resource
3.9.2 Self Produce Water Runoff Distribution
3.9.3 Internal Annual Self Produce Runoff and Precipitation Variation
3.10: Import and Induce Water Amount
3.10.1: Import Water Amount
3.10.2 Induct Water Quantity
3.11: Ground Water Resource
3.11.1: Shallow Layer Groundwater Resource Calculation Quantity
3.11.2: Deep Layer Ground Water Resource Calculation Quantity
3.11.3: Confined Water Related Quality Statistical Computation
3.11.4: Shallow Ground Water Layer Control Exploitation Quantity
3.11.5: Total Water Quantity
3.12 Water Resource Exploitation Utilization
3.12.1: Surface Water Resource Status
3.12.2: Groundwater Resource Status
3.12.3 GroundWater Potential Dynamic Analysis
3.12.4: Utilization Water Status
3.12.5: Water Supply Status
3.12.6: Excess Exploitation Quantity Analysis
3.13 South to North Water Diversion Project
3.14 Conclusion remarks
CHAPTER FOUR ANALYSIS OF FINDING,FORECASTING AND SIMULATION MODEL
4.1 Introduction
4.2 Assumptions
CHAPTER FIVE Application of WEAP Model
5.1. Analytical framework: The Driving forces-Pressure-State- Impact-Response (DPSIR) Model of Heng Shui City Lake
5.2 Generalities and presentation of the WEAP model
5.2.1 Scenario Analysis
5.2.2 Demand Capability and Management
5.2.3 Hydrology
5.2.4 Reservoirs
5.2.5 Environmental Effects
5.3 Modeling Demand and Supply in WEAP:
5.3.1 Scenarios Algorithm
5.3.2 Inputs Parameters in WEAP
5.4 The Heng Shui Lake
5.4.1 Setting up the WEAP application for Heng Shui City
5.5 Schematic maps showing the maximum annual water consumed or Demand
5.5.1 CREATING REFERENCE SCENARIOS FOR A PERIOD FROM 1993-2030
5.5.2 Conclusion of Demand Scenario
5.5.3 Scenario Analysis and Results
5.6 Refining The Supply
5.6.1 Modeling Reservoir
5.6.2 Adding Flow Requirement
5.6.3 Modeling GroundWater
5.7 Proposed Reservoirs Modeling
5.7.1 Modeling WWTP
5.7.2. Routing Pollution Generation
5.8 Modeling Catchments:
5.8.1 The Rainfall Runoff Model
5.8.2 The Soil Moisture Model
5.8.3 Simulating Surface Water-Groundwater Interaction
CHAPTER SIX CONCLUSION AND RECOMMENDATION
6.1. Conclusions
6.1.1 The Reference Scenario
6.1.2 The Population Scenario
6.1.3 Efficient Irrigation and Slight Improved in Technology Scenario
6.1.4 Supply Scenario
6.2 Recommendations
REFERENCES
ACKNOWLEDGMENTS
天津大学;
