全球构造图集 （含光盘）彩图版 李江海，韩喜球 地质出版社 pdf epub mobi txt 电子书 下载 2025

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图书标签:

• 全球构造图集
• 构造地质学
• 地质学
• 地质图集
• 李江海
• 韩喜球
• 地质出版社
• 彩图
• 地球科学
• 构造地质

店铺： 北京环球视图图书专营店

出版社： 地质出版社

ISBN：9787116089921

商品编码：1611948096

出版时间：2014-09-01

大洋“十二五”重大项目（DY125-11-R-01，DY125-12-R-03） 国家重点基础研究发展计划（973计划）课题（2009CB219302）

书名	全球构造图集	* ISBN编号	9787116089921
条形码	9787116089921	* 是否是套装	否
* 书名	全球构造图集	* 定价	60.00元
* 出版社名称	地质出版社	出版时间	2014年9月
* 作者	无

前言

1 地球概论

2地球的固体圈层

3地幔柱、热点与大火成岩省

4板块构造

5超大陆旋回

6大陆地质

7海底地质

8各图文字说明

参考文献及资料

《地质构造学导论：地球动力学视角》 作者： 王建华，张晓明 出版社： 科学出版社 出版时间： 2023年5月 内容提要： 本书旨在为地质学、地球物理学、资源勘查等相关专业的学生和研究人员提供一本系统、深入且与时俱进的构造地质学教材与参考书。它超越了传统构造地学的描述性范畴，着重从地球动力学的宏观视角，剖析地球内部物质运动与地表构造形迹之间的内在联系与演化机制。全书内容覆盖了从深部地幔对流到浅部地壳变形的全过程，力求构建一个完整的、多尺度的构造理论框架。 第一部分：构造地质学基础与地球动力学背景 本部分首先回顾了构造地质学的基本概念、研究方法和历史沿革，强调了现代构造学研究范式已从经典的岩石形变分析，转向以板块构造理论为核心的动力学解释。 第一章：构造学的基石与尺度 详细阐述了构造研究的基本要素，包括应力（Stress）和应变（Strain）的数学描述，以及如何通过野外构造（如断层、褶皱、片理等）来解译过去的应力状态。重点讨论了不同空间尺度（从微观晶格变形到全球板块边界）构造现象的联系与差异。 第二章：板块构造：现代理论框架 深入探讨板块构造理论的形成、证据链（如古地磁学、地震学证据）以及其在解释全球地质现象中的核心地位。本章着重分析了板块运动的驱动力——地幔对流的模式、热力学基础以及不同类型岩石圈（大洋岩石圈与大陆岩石圈）的力学性质差异。 第二部分：深部过程与地幔动力学 本部分聚焦于驱动地表构造变形的深部动力学过程，这是理解构造演化的关键。 第三章：地幔对流与岩石圈响应 剖析了地幔的流变学特性，包括扩散蠕变、位错蠕变等机制。利用有限元模拟方法，解释了地幔柱的形成、上升及其对上覆岩石圈的“拉伸”或“隆升”效应。探讨了俯冲带和洋中脊下方地幔的物质循环模式，以及这些深部过程如何影响地表的热构造状态。 第四章：岩石圈的力学性质与断裂模式 系统梳理了不同温度、压力和应变速率下岩石圈（上地幔和地壳）的力学响应。详细分析了脆性变形（断层、剪切带）和韧性变形（流变褶皱、糜棱岩化）的过渡机制。引入了“厚度相关”和“薄壳”等简化模型，用以预测大陆岩石圈在拉张、挤压和走滑应力下的破裂模式。 第三部分：主要构造单元的形成与演化 本部分将理论知识应用于实际的地质构造单元，分析其形成机制。 第五章：大洋构造：洋中脊与俯冲带 详细描述了洋中脊的扩张过程，包括岩浆的供给、新型洋壳的形成及其向两侧的传播。着重探讨了俯冲带的复杂性，包括板片弯曲、脱水过程、深部地震的成因（如间带地震），以及俯冲作用对弧岩浆作用和海沟沉积的影响。 第六章：大陆拉张构造：裂谷与裂陆 研究了大陆岩石圈在受到拉张应力作用下的响应。系统介绍了地幔楔的形成、地壳的伸展、正断层的几何学与运动学，并以东非大裂谷和北美盆地与山脉为例，阐述了从“热驱动”到“冷驱动”的裂解序列。 第七章：大陆汇聚与造山运动 这是全书的核心章节之一。从板块碰撞的角度出发，分析了地壳增厚（Crustal Shortening）的机制。详细讨论了冲断层带（Thrust Belts）的几何学特征、楔形结构（Wedge Model）的形成，以及褶皱与逆冲的协同作用。通过对安第斯山脉、喜马拉雅山脉等典型造山带的案例分析，揭示了不同地质背景下造山带的侧向挤出和变质作用。 第八章：走滑构造与走滑转换带 探讨了板块边缘的走滑运动，如圣安德烈斯断层系统。分析了走滑断层附近的应力场，重点讨论了走滑构造中的“花状构造”（Transpression/Transtension）、走滑带的宽度和变形模式，以及这些系统对区域地壳应力场的调控作用。 第四部分：构造活动的现代表现与资源意义 本部分将静态的构造图像与动态的地球过程相连接，探讨构造活动在现代地球系统中的体现以及其对人类活动的意义。 第九章：现代地壳形变与GPS/InSAR监测 介绍了利用全球定位系统（GPS）和合成孔径雷达干涉测量（InSAR）等现代地球观测技术，实时监测现今地表形变速率和模式的方法。通过对活跃构造带的监测数据分析，量化了现今应变率场，为地震危险性评估提供基础数据。 第十章：构造活动与资源、灾害 讨论了构造过程与关键地球资源的成因联系。包括大型沉积盆地的形成机制（控制油气储层和热结构）、热液活动与矿床（如斑岩铜矿、金矿）的构造控制，以及地震和滑坡等地质灾害的构造背景。 本书特色： 1. 动力学驱动： 始终强调“为什么”（Why）而不是仅仅“是什么”（What），以深部动力学为基础解释地表现象。 2. 图表丰富： 配有大量原创的示意图、流程图、地球物理剖面图和应力场模型图，便于理解复杂的空间关系。 3. 案例前沿： 结合了近年来全球构造研究的最新成果，如俯冲带非均匀性、大陆块体逃逸理论等。 4. 跨学科融合： 深度整合了岩石学、地球物理学、流变学和地球化学的研究方法，展现了构造地质学的综合性特征。 适用对象： 地质学、地球物理学、资源勘查工程、环境科学等专业本科高年级学生、研究生，以及从事相关领域研究工作的工程师和科研人员。

评分☆☆☆☆☆

The phrase "Global Tectonic Atlas" resonates deeply with my fascination for the Earth's grand geological narratives. I envision this book as a visual symphony of our planet's structural framework, a meticulously compiled collection that brings to life the monumental forces shaping continents and oceans. The promise of a "color edition" immediately conjures a world where intricate geological details are rendered with clarity and vibrancy, transforming abstract concepts into tangible, observable phenomena. I'm particularly curious about the atlas's ability to showcase the dynamic nature of plate boundaries. Imagine detailed maps illustrating the subtle yet powerful interactions at convergent boundaries, where continents collide and mountains are born, or the dramatic rifting and seafloor spreading that occurs at divergent zones. The color coding, I believe, will be crucial in differentiating between various rock types, igneous intrusions, and metamorphic zones, providing a visual roadmap to understanding the crust's complex composition and history. Moreover, the inclusion of a CD-ROM suggests an innovative approach to geological education. I anticipate that this digital component might offer interactive maps where users can trace the history of continental drift, or perhaps simulations that demonstrate the mechanics of earthquake generation and volcanic eruptions. This blend of print and digital resources promises a multi-layered learning experience, catering to different learning styles and offering opportunities for deeper exploration beyond the confines of the printed page. The authors, Li Jianghai and Han Xiqiu, are names that suggest a significant contribution to the field. Their involvement implies a high level of scientific accuracy and a comprehensive understanding of global tectonics. I expect the atlas to be more than just a collection of charts and graphs; rather, I anticipate it will be a carefully curated journey through the processes that have shaped our planet, offering clear explanations and insightful commentary alongside the visual data. In short, my expectation for this atlas is a rich, visually stunning, and intellectually stimulating exploration of Earth's tectonic architecture. It represents a profound opportunity to deepen my understanding of the fundamental processes that govern our planet's surface, and I am eager to discover the insights it holds.

评分☆☆☆☆☆

My initial reaction to the title "Global Tectonic Atlas" is one of profound intrigue, conjuring images of a vast and detailed cartographic exploration of our planet's inner workings. As someone who thrives on visual learning and the discovery of interconnected systems, the prospect of a comprehensive atlas dedicated to global tectonics is incredibly exciting. The "color edition" aspect, in particular, suggests an emphasis on clarity and beauty, where complex geological structures and their relationships can be easily discerned through thoughtful use of color. I am particularly eager to see how the atlas might visually articulate the fundamental concepts of plate tectonics. I imagine maps that clearly delineate the boundaries of major and minor tectonic plates, illustrating the directions and rates of their movement. The atlas could potentially showcase the dramatic geological formations that arise from these interactions, such as vast rift valleys, imposing mountain ranges, and deep ocean trenches, all rendered with vivid detail and accurate representation. The inclusion of a CD-ROM is a particularly forward-thinking addition, hinting at a multimedia dimension that goes beyond static imagery. I'm curious to explore what kind of digital content might be offered. Perhaps it will feature animated sequences illustrating the gradual drift of continents over millions of years, or interactive tools that allow users to explore the distribution of seismic activity and volcanic hotspots around the globe. This integrated approach promises a more immersive and dynamic understanding of geological processes. The reputation of the authors, Li Jianghai and Han Xiqiu, further elevates my expectations. Their names suggest a deep well of expertise and a commitment to producing authoritative scientific material. I anticipate that the atlas will not only present a wealth of geographical data but also offer insightful interpretations and explanations of the underlying geological principles, making complex concepts accessible to a broad audience of enthusiasts and students alike. Ultimately, I view this atlas as a potential cornerstone for understanding the dynamic forces that have sculpted our planet. It represents an opportunity to gain a profound appreciation for the Earth's ever-evolving surface, and I eagerly await the chance to delve into its rich visual and informational content.

评分☆☆☆☆☆

The sheer ambition encapsulated in the title, "Global Tectonic Atlas," immediately captures my imagination. I envision a volume that acts as a Rosetta Stone for understanding the very fabric of our planet, translating complex geological processes into a language of maps and visuals. As a keen observer of the natural world, I'm drawn to the idea of a comprehensive overview of Earth's tectonic framework, presented in a way that is both scientifically rigorous and aesthetically pleasing. I anticipate that the "color edition" will play a pivotal role in demystifying the intricate dance of tectonic plates. Imagine vibrant hues differentiating between oceanic and continental crust, or subtle gradients indicating the age and composition of different rock formations. This visual clarity, I believe, will be instrumental in grasping concepts like mantle convection currents, the formation of passive continental margins, and the dramatic events that occur at convergent plate boundaries, such as continental collision and the creation of folded mountain belts. Furthermore, the presence of a CD-ROM suggests a thoughtful approach to accessibility and engagement. I'm curious to see what supplementary materials might be included – perhaps interactive geological timelines, 3D models of specific tectonic features, or even datasets that allow for deeper exploration of seismic activity patterns. The potential for a multi-modal learning experience, combining the tangible experience of reading a book with the dynamic possibilities of digital media, is a highly appealing aspect of this publication. The authors' names, Li Jianghai and Han Xiqiu, inspire confidence that the atlas will be a product of dedicated scholarship. I expect the content to be meticulously curated, drawing from established geological principles and presenting them in a clear, logical progression. My hope is that the atlas will not just illustrate the current state of global tectonics, but also provide insights into the historical evolution of these processes, perhaps through reconstructions of past supercontinents and their eventual fragmentation. In essence, I'm looking for a resource that will transform my understanding of the Earth from a static entity into a dynamic, living system. This atlas, with its promise of comprehensive visual representation and interactive elements, seems poised to deliver precisely that, offering a gateway to comprehending the monumental forces that have shaped, and continue to shape, our world.

评分☆☆☆☆☆

The title, "Global Tectonic Atlas," instantly sparks my curiosity about the visual narrative it might present. As someone who learns best through observation and spatial understanding, the promise of a comprehensive atlas, especially one with a color edition, suggests a rich and informative visual feast. I'm imagining a collection of maps and diagrams that go beyond simple geographical outlines, delving into the intricate details of Earth's crustal movements, fault lines, and the grand architecture of our planet's tectonic plates. I'm particularly eager to see how the atlas might illustrate the colossal forces at play, transforming landscapes over eons. Perhaps it will feature detailed cross-sections of mountain ranges, showcasing the immense pressures and geological processes that create such majestic formations. Or maybe it will provide clear visualizations of divergent plate boundaries, explaining the birth of new oceanic crust and the spread of seafloor. The "color edition" aspect is crucial here, as it implies that different rock types, geological ages, and structural features will be rendered with distinct and meaningful hues, significantly enhancing comprehension. What excites me further is the implied depth of information that such an atlas would contain. Beyond simply showing where tectonic plates meet, I anticipate it will explore the consequences of these interactions – the creation of trenches, the eruption of volcanoes, and the seismic activity that shapes our world. I'm hoping for detailed explanations, perhaps through infographics and detailed annotations, of phenomena like subduction zones, transform faults, and the dynamic nature of mantle plumes, all presented in a way that is both scientifically accurate and visually compelling. The inclusion of a CD-ROM, a feature that seems almost anachronistic yet incredibly valuable in this context, makes me wonder about the added dimensions it could offer. It might contain interactive maps that allow users to explore different geological eras, or perhaps simulations that demonstrate the slow but relentless movement of continents. The potential for dynamic learning, where static images are brought to life through digital technology, is a truly exciting prospect for anyone seeking to grasp the vastness of geological time and the constant transformation of our planet. Ultimately, I see this atlas as more than just a collection of data; it's an invitation to explore the very foundations of our planet. The names of the authors, Li Jianghai and Han Xiqiu, lend credibility to this expectation, suggesting a publication grounded in rigorous scientific inquiry and presented with clarity and precision. I'm ready to embark on a visual journey that will deepen my understanding of the forces that have shaped, and continue to shape, the Earth.

评分☆☆☆☆☆

作为一个热爱地质科学的爱好者，我一直对那些能够直观展现地球宏伟构造的书籍充满期待。《全球构造图集》这个名字一出现，就牢牢抓住了我的目光。我之所以对它如此好奇，是因为“图集”二字预示着海量的精美图片和直观的图示，这是我学习地质知识最喜欢的方式。而“全球构造”更是将目光投向了我们脚下这颗星球最宏大的演化历程，光是想象一下，就能感受到其中蕴含的巨大信息量和科学魅力。 我设想，这本书不仅仅是简单的地图堆砌，更应该是一部关于地球“身份证”的详尽解读。它可能会从板块构造学说出发，通过精美的彩色图例，逐一展示各大洲、各大洋的板块边界、断层带、火山活动密集区以及地震频发地带。每一个区域的构造特点，都应该被细致地描绘，例如，我特别期待看到关于环太平洋火山地震带的详细图解，分析那里活跃的板块相互作用是如何塑造出我们今天所见的地理面貌的。 Furthermore, the inclusion of a CD-ROM in a geology atlas is a brilliant touch, as it suggests a dynamic and interactive dimension to the learning experience. I envision the CD-ROM containing not just static maps, but perhaps animated reconstructions of plate movements over geological time, or interactive 3D models of major geological features. Imagine being able to virtually "fly" over a newly formed mountain range or zoom into the intricate details of a subduction zone, all facilitated by digital resources. Moreover, the names of the authors, Li Jianghai and Han Xiqiu, carry a certain weight of authority in the field, implying that this atlas is likely to be a meticulously researched and scientifically sound publication. I anticipate that the content will be backed by a solid theoretical framework, perhaps referencing key research papers and foundational concepts in global tectonics. The "color edition" aspect also promises a visually engaging journey, where different geological formations, rock types, and structural elements are clearly distinguished by vibrant and accurate color coding, making complex geological relationships far more accessible. Lastly, I hope this atlas will go beyond mere description and delve into the implications of global tectonic activity. It might explore how these processes influence mineral resource distribution, dictate the locations of natural hazards, and even impact the long-term evolution of climate and life on Earth. A comprehensive understanding of global tectonics, presented in such a visual and accessible format, could truly unlock a deeper appreciation for the dynamic and ever-changing nature of our planet.