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内容大纲
This book introduces the main contents of the human-water relationship discipline from basic concepts, theoretical basis, research methods to application practice. It is the first monograph on “Human-Water Relationship Discipline” globally. The book consists of 9 chapters. Chapter 1 introduces the relevant concepts and subject system of human-water relationship discipline; Chapters 2 and 3 respectively introduce the theoretical system and research methods of human-water relationship discipline; Chapter 4 introduces the main research contents of human-water relationship discipline; Chapters 5 and 6 respectively introduce the links between human-water relationship discipline and water control idea, as well as water engineering construction; Chapters 7 and 8 respectively introduce two application examples of human-water relationship analysis and regulation in the Yellow River Basin and Henan Province; Chapter 9 is the development prospect of human-water relationship discipline.
This book can be used as a reference for scientific researchers, managers, graduate students, and related staff in fields such as water conservancy engineering, environmental engineering, ecological engineering, civil engineering, resource science, water science, geo-graphic science, sociology, economics, management, and systems science. -
作者介绍
左其亭，河南固始人，1967年12月16日生。2000年6月毕业于武汉水利电力大学（现武汉大学），获水文学及水资源专业博士学位，2004年11月破格晋升为教授，2006年6月遴选为博士研究生导师，2009年获得宝钢优秀教师奖，2012年荣获全国优秀科技工作者称号，2013年被聘为河南省特聘教授，2015年被评为河南省教学名师。现为郑州大学水科学研究中心主任，水利与环境学院教授、博士研究生导师，河南省学术技术带头人、河南省优秀青年科技专家。 主要从事人水关系和谐调控与水资源综合管理的教学和研究工作。主持国家社科基金重大项目1项、国家自然科学基金3项、国家社会科学基金1项、高等学校博士学科点专项科研基金等各类研究项目共52项。获省部级科技进步一等奖2项、二等奖4项、三等奖1项。出版学术专著12部，发表学术论文316篇。代表论著有：《和谐论：理论·方法·应用》《人水和谐量化研究方法及应用》《资源节约型社会评价：指标·方法·应用》《面向可持续发展的水资源规划与管理》《城市水资源承载能力》《水资源规划与管理》《现代水文学》等。 -
目录
Contents
Preface
Chapter 1 Introduction to Human-Water Relationship Discipline
1.1 Background and significance
1.1.1 Background of the proposal
1.1.2 Development history
1.1.3 Research significance
1.2 Related concepts of human-water relationship discipline
1.2.1 Concept of human-water system
1.2.2 Concept of human-water relationship
1.2.3 Concept of human-water relationship discipline
1.2.4 Concept of human-water relationship science
1.3 Discipline system and characteristics of human-water relationship discipline
1.3.1 Research object and scope of human-water relationship discipline
1.3.2 Subject system of human-water relationship discipline
1.3.3 Characteristics of human-water relationship discipline
1.4 Connection of human-water relationship discipline and water science
1.4.1 Introduction to water science
1.4.2 Research on human-water relationship is the core and nexus of water science
1.4.3 Water science is the important foundation of human-water relationship discipline
1.5 Advantages of human-water relationship discipline
Chapter 2 Theoretical System of Human-Water Relationship Discipline
2.1 Basic principles of human-water relationship discipline
2.1.1 Basic principles framework
2.1.2 Human-water relationship interaction principle
2.1.3 Human-water system adaptive principle
2.1.4 Human-water system balance transfer principle
2.1.5 Human-water relationship harmonious evolution principle
2.2 Introduction and application analysis of main theories
2.2.1 Human-water system theory
2.2.2 Human-water cybernetics
2.2.3 Human-water harmony theory
2.2.4 Human-water game theory
2.2.5 Human-water synergy theory
2.2.6 Water crisis and conflict theory
2.2.7 Human-water relationship dialectic theory
2.2.8 Human-water system sustainable development theory
2.3 Theoretical essentials of human-water relationship discipline
2.3.1 Main arguments of human-water relationship discipline
2.3.2 Time and space view of human-water relationship discipline
2.3.3 System view of human-water relationship discipline
2.3.4 Harmony view of human-water relationship discipline
2.3.5 Ecological view of human-water relationship discipline
2.3.6 Discriminant criteria of human-water relationship discipline
Chapter 3 Research Methods of Human-Water Relationship Discipline
3.1 Overview of research methods of human-water relationship discipline
3.2 Calculation methods of human-water relationship research
3.2.1 Identification method
3.2.2
3.2.4 Regulation method
3.2.5 Optimization method
3.3 Technical methods of human-water relationship research
3.3.1 Water disaster prevention technology
3.3.2 Water resources saving technology
3.3.3 Water pollution treatment technology
3.3.4 Water ecological restoration technology
3.3.5 Water information technology
Chapter 4 Research Contents of Human-Water Relationship Discipline
4.1 Overview
4.1.1 Main research contents and classification
4.1.2 Correlation between different research contents
4.2 Research on the mechanism of human-water relationship
4.2.1 Review on the mechanism of human-water relationship
4.2.2 Research on the relationship between farmland irrigation, crop yield and groundwater change
4.2.3 Change in hydrological process caused by urbanization
4.2.4 Effect of gate dam on water quality and quantity of polluted river
4.2.5 Effect of water environment on human health
4.2.6 Effect of climate change on grain yield
4.3 Research on the change process of human-water relationship
4.3.1 Review on the change process of human-water relationship
4.3.2 River evolution and human activities
4.3.3 Change process of runoff caused by reservoir construction
4.3.4 Change process of downstream water quality/water ecology caused by reservoir construction
4.3.5 Relationship between oasis area and water resources and its changing process
4.3.6 Change in hydrological process caused by basin cover change
4.4 Research on the simulation model of human-water relationship
4.4.1 Review on the simulation model of human-water relationship
4.4.2 Simulation of water yield effect of returning farmland to forest and grassland project
4.4.3 Simulation of rainwater runoff reduction effect of sponge renovation in old urban areas
4.4.4 Simulation of water environment improvement effect of river and lake system connectivity project
4.4.5 Simulation of the effect of the silt dam on water and sediment
4.4.6 Simulation of the effect of land use pattern on basin storm flood
4.4.7 Distributed simulation of hydrological effect of soil and water conservation measure
4.4.8 Basin distributed hydrological simulation under the surface-underground dual human activity interference
4.4.9 Economic society-water-ecology distributed model
4.4.10 Embedded system dynamics model for human-water relationship simulation
4.5 Research on the scientific regulation of human-water relationship
4.5.1 Review on the scientific regulation of human-water relationship
4.5.2 Dynamic simulation and regulation of groundwater
4.5.3 Emergency regulation of sudden water
4.6.3 The strictest water resources management system
4.6.4 Ecological compensation system
4.6.5 Water resources argumentation system
4.6.6 Water intake permit management system
4.6.7 Summary and analysis of policies related to human-water relationship
Chapter 5 Human-Water Relationship Discipline and Water Control Idea
5.1 China's water control idea and its reflection on the change of human-water relationship
5.1.1 The idea of water resources sustainable utilization
5.1.2 The idea of human-water harmony
5.1.3 Water saving society construction
5.1.4 The strictest water resources management
5.1.5 Water ecological civilization construction
5.1.6 River governor system
5.1.7 National water network construction
5.1.8 The water control idea of "water saving priority, spatial balance, systematic governance, two-handed force"
5.2 Water control idea from the perspective of human-water relationship discipline
5.2.1 Thoughts on water control idea from the perspective of human-water relationship discipline
5.2.2 Solutions to the problem of flood and drought disaster prevention and control
5.2.3 Solutions to the problem of water distribution in transboundary rivers
5.2.4 Water resource behaviors regulation towards the carbon peak and carbon neutrality goals
5.2.5 National water network construction based on regional water balance
Chapter 6 Human-Water Relationship Discipline and Water Engineering Construction
6.1 Influence and research difficulties of water engineering construction
6.1.1 Overview of water engineering
6.1.2 Influence of water engineering construction on human-water system
6.1.3 Problems and research difficulties of human-water relationship reflected by water engineering construction
6.2 Water engineering construction from the perspective of human-water relationship
6.2.1 Thoughts on water engineering construction from the perspective of human-water relationship discipline
6.2.2 Solutions to the problem of trans-basin water transfer project demonstration
6.2.3 Solutions to the problem of water conservancy hub construction in large rivers
6.2.4 Key problems and solutions of national water network construction
Chapter 7 Analysis and Regulation of Human-Water Relationship in the Yellow River Basin, China
7.1 Scope and overview of the study area of the Yellow River Basin
7.1.1 Scope of different scale study areas in the Yellow River Basin
7.1.2 Scope and overview of the Yellow River Basin
7.1.3 Scope and overview of the administrative regions that the Yellow River mainstream flows through
7.1.4 Scope and overview of the prefectural regions involved in the Yellow River Basin
7.1.5 Scope and overview of the entire provincial regions that the Yellow River flows through
7.4.3 Calculation results and analysis
7.5 Coupling coordination analysis of urbanization and water resources utilization in the Yellow River Basin
7.5.1 Research method and data
7.5.2 Spatiotemporal analysis of coupling coordination relationship
7.6 Correlation evaluation of urbanization and ecological security in the Yellow River Basin
7.6.1 Research method and data
7.6.2 Calculation results and analysis
7.7 Resource-ecology-economy harmonious development level and coupling coordination analysis of the Henan section of the
Yellow River
7.7.1 Research method and data
7.7.2 Calculation results and analysis
7.8 Yellow River water distribution problem and harmonious water distribution scheme
7.8.1 Ideas of water distribution in transboundary rivers
7.8.2 Rules of water distribution in transboundary rivers
7.8.3 Calculation methods of water distribution in transboundary rivers
7.8.4 Calculation results of the new Yellow River water distribution scheme
Chapter 8 Analysis and Regulation of Human-Water Relationship in Henan Province, China
8.1 Overview of Henan Province and water resources problems
8.1.1 Overview of Henan Province
8.1.2 Location and development advantages of Henan Province
8.1.3 Water resources characteristics and problems in Henan Province
8.2 Analysis of human-water relationship in Henan Province
8.2.1 History of water control and evolution process of human-water relationship in Henan Province
8.2.2 Analysis of human-water relationship problems in Henan Province
8.3 Harmony assessment and regulation of human-water relationship in Henan Province
8.3.1 Research method and data
8.3.2 Spatiotemporal variation analysis of human-water harmony degree
8.3.3 Identification of key factors affecting human-water harmony degree
8.3.4 Regulation of human-water harmony degree
8.4 Evaluation and optimization of water-energy-food synergy security in Henan Province
8.4.1 Water-energy-food nexus
8.4.2 Evaluation of water-energy-food synergy security
8.4.3 Optimization of water-energy-food synergy security
8.5 Water resource behaviors and carbon dioxide emission analysis in Henan Province
8.5.1 The effect of water resource behaviors on carbon peak and carbon neutrality goals
8.5.2 Carbon dioxide emission equivalent analysis of water resource behaviors
8.5.3 Calculation results of carbon dioxide emission equivalent of water resource behaviors in Henan Province
Chapter 9 Development Prospects of Human-Water Relationship Discipline
9.1 Prospects of human-water relationship discipline system
9.1.1 Other disciplines involved in human-water relationship discipline
9.1.2 Development prospects of human-water relationship discipline accor
Reference
Appendix English and Chinese comparison of the main concepts of this book
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