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Advocates of China School of Tectonics and their main works?
Ma Xingyuan (1919—2001)1946 went to England, joined the University of Edinburgh, studied under Dr. A. Holmes, 1948, returned to China, and 1958 became a professor in Peking University. He has served as vice chairman of geological society of china, vice chairman of seismological society of china, director of professional committee of structural geology, member of executive committee of international lithosphere planning committee, member of international seismic risk advisory committee, member of structural geology committee of international geosciences union, etc. 198 1 published "Songshan structural deformation-structural analysis, gravity structure" and "analytical tectonics", suggesting that it should be listed as an advocate of the school of analytical tectonics.

Academician Ma Xingyuan wrote more than 100 works in his life, among which the main works belonging to geotectonics are:

(1) Monograph (including editor-in-chief):

Basic characteristics of geological structure in Wutai Mountain area (1957, Geological Publishing House), Atlas of geological structure (1978), structural deformation-gravity structure and structural analysis in Songshan Mountain (198 1), movement and structure of active blocks in China. Seismological press), China Lithospheric Dynamics Outline (1∶ 4 million China and its adjacent waters lithospheric dynamics map description) (1987), gravity and tectonic movement (1988, seismological press), etc.

(2) Paper:

Some neotectonic movement phenomena in Zhongtiaoshan area of Wutai Mountain, the speech record of the first symposium on neotectonic movement of China Academy of Sciences (1957), the basic survey of Precambrian structure in eastern China (scientific bulletin, 1960), and several basic problems of geotectonics in China (Journal of Geology, 196 1 year). Precambrian tectonic deformation history and paleotectonic types in Songshan area, Henan province (geology 1984, No.3), rifting in the geological history of China (research on modern geological movement (I), 1985), introduction to lithospheric dynamics in China (Journal of Geology, No.2, 1987), thrust.

7. Progress in Structural Geology is chosen to reflect the arguments of structural geologists in China outside several universities. The above-mentioned advocates of China School of Tectonic Geology and Tectonics are only representatives in this field, and they are actually an academic group with different views. Academics often use "a hundred flowers blossom, colorful" to describe the flowers of China geotectonic school. Among them, some are supporters or successors of several universities, some are arguments between theories of various factions, or have independent opinions. They have a wide and far-reaching influence and contribution to the development of China's geotectonic theory. Among them, Zhang, Ding Wenjiang, Weng, Li Siguang, Xie, Zhu Sen, Zhang Shouchang and Li Chunyu. Some are rising stars Yu Deyuan, Wang Hongzhen, Guo Lingzhi and Li Chunyu. The third generation of China geotectonists are active in various geological frontiers today, and have published their own representative works.

In order to comprehensively expound the theoretical viewpoints of geotectonics in China, including the academic viewpoints of the successors of the six major schools, especially the academic viewpoints of structural geologists outside the six major schools, in the early 1980s, when the author worked in the Science Press, he specially organized authoritative scholars and invited the professional committee of structural geology to edit the book Progress of Structural Geology. He invited several universities and other structural geologists to write 28 papers in a planned and purposeful way, which received high evaluation and response after publication. Although 30 years have passed, it should be regarded as a historic page in the history of structural geology in China.

The album can be divided into the following five aspects: (1) the theory and development of geotectonic research in China-geomechanics, multicycle, fault block, mosaic, plate, diwa, gravity analysis and historical geotectonics; (2) Review the progress of modern geotectonic theory and its noteworthy trend, as well as the situation and prospect of implementing geodynamic plan in 1980s; (3) Precambrian and Mesozoic-Cenozoic structural studies, as well as marine, deep geological and paleostructural studies; (4) Study on the structure of national key ore fields such as iron and oil; (5) Application of new technologies such as remote sensing and mathematical geology in structural geology.

The directory is as follows:

Several important problems in tectonic research, Ren Jishun, Huang.

Problems in the Development and Exploration of Geomechanics Wu Liu Xun

Theoretical development and practical significance of faults and fault block structures

Wave theory of mosaic structure: Wang Zhan of Zhang Bosheng

Plate tectonics is the most popular geotectonic theory in the world today.

Historical geotectonics in Wang Hongzhen and its research methods

Formation and Development of Diwa Theory Reference Room in Changsha Institute of Tectonics, China Academy of Sciences

Overview of gravity structure in Ma Xingyuan

Review on the research progress of modern tectonic theory

Present situation and trend of Precambrian tectonic research abroad Xiao Qinghui, Ma Xingyuan

Iron ore structure Wang Shuping and Lin Bingying

Present situation of Cenozoic tectonic research in Chen Zhong

Mesozoic and Cenozoic petroliferous basins in Zhuxia.

Structural analysis of Liu petroleum

Marine geological structure is one aspect of global tectonics at present. Thanks.

Active tectonics and earthquakes

The present situation of deep structure research was once born.

Introduction to geodynamics-present situation and prospect He Yongfa

A summary of the research status of Cui and paleostructure

Igneous rock assemblage in Berlin's global tectonic framework

Sedimentation in global tectonics

Metamorphism in Berlin's global tectonic framework

Study on ore field and deposit structure

Study on fold and fracture mechanism

The application of remote sensing technology in the study of tectonic geology was inherited by Ma Wenpu.

Application of Mathematical Geology in Structural Geology Li Deqing, Wang Baijun

The latest progress and trend of paleomagnetic Liu Chun

Some Conditions of Structural Geology Education in Recent Years Zhou Jiyuan and Xu Zhonglu

Notes by Xiao Qinghui, Lu Xing and Zhou Yuquan on Several Noticeable Trends in Current Foreign Geotectonics Research 1996 During the 30th International Geological Congress, a large-scale achievement exhibition was held. In the structural geology exhibition area of China, in addition to the research results of the above-mentioned structural geologists in recent years, some new geotectonics ideas and theoretical works are also displayed. Although they have published monographs, they have not been recognized by academic circles and need to be verified in geological practice. Judging from the active academic atmosphere of geotectonics in China, there are many theories and schools of prosperity.