本书集中我国在地球科学、数理科学和信息科学等领域的优势研究力量,突破传统学科界线的束缚,进行不同学科间有效的交叉融合;针对华北克拉通形成之后的破坏和再造作用及其构造、岩浆、成矿和古环境效应,呈现了突破性研究进展。本书将为我国在完善地球形成与演化的理论体系以及在地球系统科学理论框架的建立过程做出原创性贡献,为我国由地学大国变为地学强国提供切实可行的突破口。
Chapter 1 Project Overview
1.1 Introduction
1.2 Research Circumstances
1.2.1 Overall Scientific Objectives
1.2.2 Key Scientific Issues
1.3 Research Work
Chapter 2 Research Status and Development Trends
2.1 Continental Evolution and Dynamics
2.2 Craton Destruction
2.3 Field Development Trends
2.3.1 An Important Link in Global Continental Evolution: Craton Destruction
2.3.2 Global Research Hotspot: Craton Destruction
2.3.3 Birth of New Theories of Geoscience
2.3.4 Multi-Scale Physical and Chemical Observations
2.3.5 Interdisciplinary Intersection and Integration
Chapter 3 Major Research Achievements
3.1 New Concept of "Craton Destruction"
3.2 Spatio-Temporal Distribution of Craton Destruction
3.2.1 Deep Structure of the Craton
3.2.2 Spatio-Temporal Distribution of the North China Craton Destruction
3.3 Process and Mechanism of Cratonic Destruction
3.3.1 Shallow Tectonic Process of Cratonic Destruction
3.3.2 Lithospheric Evolution of the North China Craton
3.3.3 Influence of Fluids on the Stability of the Continental Lithosphere
3.3.4 Structure and State of the Crust-Upper Mantle
3.3.5 Dynamic Mechanism of the North China Craton Destruction
3.3.6 Factors of Global Craton Destruction
3.3.7 Craton Destruction Theory
3.4 Shallow Effects of Craton Destruction
3.4.1 Large-Scale Gold Mineralization
3.4.2 Large-Scale Molybdenum Mineralization
3.4.3 Impact of Craton Destruction on Continental Oil and Gas Distribution
3.5 Development of New Observation Technology
Chapter 4 Outlook
4.1 Tethys Geodynamic System
4.2 Multi-Sphere Interaction of the Earth System in the Western Pacific
4.2.1 Reconstruction of Western Pacific Plate Subduction
4.2.2 A Window for the Study of Marine Systems
4.2.3 Ocean-Continent Pattern/Seafloor Topography Evolution and Marine Dynamic Process
4.3 Deep Earth Science
4.3.1 Deep Earth Physical Structure and Main Boundary Layer Properties
4.3.2 Composition and Distribution of Deep Earth Materials
4.3.3 Interaction, Material Circulation and Dynamics of Geospheres
4.4 Craton Destruction and Terrestrial Biological Evolution
4.5 Conclusion
References
Index