School location: No.20 Dazhe Road, Hangzhou, Zhejiang Province. Fax: 057 1-8795 1336.
Postal code: 3 10027 Website:
First, the professional setting
(1) Specialty Setting of Earth Science (Science)
Geology: Geology, geo-information science and technology.
Geographical science: resources and environment and urban and rural planning and management, geographic information system.
Atmospheric science: atmospheric science.
(2) Geological and Mineral (Engineering) Specialty Setting
Specialty direction of earth exploration and information technology.
(3) Undergraduate specialty setting of geoscience related disciplines
Professional direction of environmental science.
(4) Specialty setting of geoscience postgraduates.
Geological disciplines: structural geology (master's degree and doctoral degree), earth exploration and information technology (master's degree), mineralogy, petrology and mineral history (master's degree), geochemistry (master's degree) and geological engineering (engineering master's degree).
Geography subjects: physical geography (master's degree authorized major), human geography (master's degree authorized major), cartography and geographic information system (master's degree authorized major), historical geography (master's degree authorized major).
Atmospheric science discipline: meteorology (master's degree).
(5) Cultivate postgraduate disciplines and majors in geoscience-related disciplines.
Environmental science (master's degree and doctoral degree).
Second, the status quo of geological teachers and team building
1. Teacher
Table 1 Teacher Status List
2. Professors and research directions
Xu Shizhe, academician of China Academy of Sciences, doctoral supervisor, engaged in geophysical research. Born in June 1936. From June 1952 to April 1956, I studied geophysics in Changchun Institute of Geology. 1April 1956 to1August 1974 as a teaching assistant in the Geophysical Exploration Department of Changchun Institute of Geology; 1August 1974 to1August 1983165438+1October as a teaching assistant, lecturer and associate professor in the Department of Geology, China University of Science and Technology; 1983 1 1 to19981February, he served as director of the Department of Geology of Qingdao Ocean University, deputy director of the Academic Committee of Qingdao Ocean University, director graduate department, and member of the Standing Committee of the 7th and 8th Shandong Provincial People's Congress. 1985 was promoted to professor, during which 1988 9 was promoted to professor. 1999 1 has been a professor and doctoral supervisor in the Department of Earth Sciences of Zhejiang University. 200165438+February was elected as an academician of China Academy of Sciences. Professor Xu Shizhe has done systematic and creative work in the field of computational geophysics. In the mid-1960s, according to the theory of complex variable function and the method of conformal transformation coordinate network, the problems of curve continuation of two-dimensional potential field of arbitrary terrain and terrain correction by resistivity method were solved for the first time, and the 1978 China Academy of Sciences' major scientific and technological achievement award was won. He is one of the first scholars in the world to apply the boundary element method in mechanics to geophysical exploration, and his research results have made China's achievements in this field in the international leading position; He has won many provincial and ministerial scientific and technological progress awards; His three series of monographs on computational geophysics are highly praised by experts at home and abroad. Among them, The Boundary Element Method in Geophysics, published in Tulsa, Society of Exploration Geophysicists 200 1, is the first work in this field in the world, and is evaluated as "an important contribution to geophysics" (from English version). He also compiled the first monograph "Introduction to Paleomagnetism" in China, which played an important role in promoting the development of paleomagnetism in China.
Professor Yang Shufeng, doctoral supervisor, engaged in structural geology and plate tectonics.
Professor Chen Hanlin, doctoral supervisor, mainly engaged in plate tectonics, orogenic belts and basin tectonics.
Professor Chen Qiaoyi, doctoral supervisor, engaged in historical geography research.
Professor Fang Dajun, doctoral supervisor, engaged in structural geology and paleomagnetism research.
Professor Wang Xin, doctoral supervisor, engaged in geophysical and basin structure research.
Professor Talia Liu, doctoral supervisor, engaged in geographic information science research and software development.
Professor Gao Kun, doctoral supervisor, engaged in atmospheric physics and weather forecast research.
Professor Ye Ying, doctoral supervisor, engaged in rock minerals and marine geology research.
Professor Weng Huanxin, doctoral supervisor, engaged in environmental geochemistry and biogeochemistry research.
Professor Guo, doctoral supervisor, engaged in remote sensing geological research.
Professor Shen Zhongyue, doctoral supervisor, engaged in the research of rock minerals and paleomagnetism.
Professor Guoqing Qu, engaged in atmospheric physics and atmospheric forecast research.
Professor Zou Lejun, engaged in remote sensing, GIS research and 3S software platform development.
Xiao, professor, engaged in basin structure and petroleum geology research.
Professor Shen Xiaohua, engaged in remote sensing, geological disasters and structural numerical analysis.
Professor Liu Renyi, from geographic information science research and software development.
3. Important measures for the construction of teachers' team
The introduction of double-hired academicians Jin Xianglong, Tang Zhongli and Su Jilan has expanded the teaching staff and expanded foreign exchanges and cooperation. In addition, we should introduce senior talents, send young teachers to study abroad, improve teachers' quality, and establish and improve academic echelon. In recent years, we have introduced three double-hired academicians and hired more than 10 academicians as part-time professors.
Third, personnel training.
Undergraduate geology enrolls 30 students every year. 75% graduates enter the postgraduate stage for further study, and others enter scientific research institutes, government agencies, enterprises and institutions to engage in scientific research and management related to geosciences.
Graduate students in geology enroll 50 ~ 60 master students, 10 ~ 15 doctoral students and 30 master students in engineering every year. Some graduate students are entrusted by enterprises and return to their original units after graduation. The rest of the graduates enter scientific research institutes, government agencies, enterprises and institutions in related fields to engage in scientific research and management.
Among all previous graduates, three won the Hou Defeng Award, and 1 won the American Mineralogist Award. At present, there are 3 directors of the Institute of Chinese Academy of Sciences and 6 chief geologists of petroleum enterprises.
Fourth, the advantages and characteristics of running a school
1. school-running characteristics
Zhejiang University attaches great importance to basic teaching, which is based on multi-disciplinary and wide-ranging education and embodies the combination of new technology and traditional disciplines.
2. The main measures and effects of education and teaching reform
In view of the development of disciplines and the current demand for talents, the department has newly established two undergraduate education majors, namely geographic information system and geographic information science and technology, and added a master's degree awarding point, which has trained technical talents for enterprises and institutions.
The traditional curriculum structure has been reformed, information science and technology courses have been added, and the combination of information science and traditional geological science has been emphasized, giving full play to the comprehensive disciplinary advantages of Zhejiang University.
Verb (abbreviation of verb) discipline construction
Key discipline in Zhejiang province: structural geology.
Six, laboratory construction
1) Provincial Key Laboratory: Zhejiang Provincial Key Laboratory of Resources and Environmental Information System.
2) The Department has the following large-scale instruments: ① Shallow seismograph (350,000); ② Engineering scanner, A0CONTEXFSS8300, (380,000, Contex F, Denmark); ③SUN workstation, Sun-Blade L000,2000 (400,000, Sun, USA); ④ High-precision GPS, Tribmle, (65438+500,000, USA). All the above instruments and equipment are open to students and undertake corresponding research projects.
Seven. Overview of Scientific Research since the Ninth Five-Year Plan
1. Scientific research since the Ninth Five-Year Plan (including educational scientific research)
Since the Ninth Five-Year Plan, it has undertaken 35 national vertical projects and 56 provincial and ministerial projects. More than 200 horizontal projects. Received more than 40 million yuan in research funding. National vertical projects 16, 30 provincial and ministerial projects and horizontal projects 150 have been completed; Research project funds180,000 yuan. Won the first prize at the provincial and ministerial level 1, the second prize 8, and the third prize 15. The first prize of excellent teaching materials of the Ministry of Geology and Mineral Resources 1, and the second prize of excellent teaching materials of the Ministry of Geology and Mineral Resources 1.
Phanerozoic paleomagnetism project in Tarim Basin won the first prize of Zhejiang Science and Technology Progress Award.
The research project of Paleozoic volcanism and geothermal events in Tarim Basin won the second prize of Zhejiang Science and Technology Progress Award.
The national unified textbook of Geochemistry won the first prize of the excellent textbook of the Ministry of Geology and Mineral Resources; Cai won the first prize of teaching achievement in Zhejiang Province for Structural Geology.
2. Nine major scientific research projects undertaken at present.
1) Evolution of oceanic continental pattern and lateral continental proliferation in Paleozoic (200 1C40980 1), with a national key fund of 97.321.20 million yuan.
2) The coupling relationship of energy field formed by high-efficiency gas reservoirs is the national major foundation of 9.735 million yuan.
3) The Tenth Five-Year Scientific and Technological Key Project "Structural Characteristics of Foreland Basin in Western China" is 850,000 yuan.
4) The structural characteristics and oil control of Jiuquan Basin, China Petroleum, 654.38+0.02 million yuan.
5) Oil and gas exploration risk assessment and economic strategy, China Petroleum, 750,000 yuan.
6) Structural characteristics of the northern margin of Qaidam Basin, China Petroleum, 700,000 yuan.
7) The interaction of ocean floor and its influence on marine mineralization is a special marine project of the Tenth Five-Year Plan, with a total investment of 690,000 yuan.
8) Composite modification of Dayang Fe-Mn ore and development of functional materials, which is a national marine special project in the Tenth Five-Year Plan, with a cost of 600,000 yuan.
9) Remote Sensing Survey of Coastal Zone Change in Zhejiang Province, Ministry of Land and Resources, 650,000 yuan.
Eight. International exchange and cooperation
1) has established long-term academic exchanges and cooperation with German DAAD, Princeton University, Harvard University, Carnegie Institution in Washington, USA, and Land Use Institute in Macaulay, UK, and the two sides have exchanged scholars and graduate students.
2) Cooperative education and scientific research: cooperate with Daqing Oilfield and Shengli Oilfield to train engineering doctoral students, master students and master students; Cooperate with China Petroleum and Natural Gas Group and Tarim Petroleum Company to carry out cooperative research in the fields of resource development and geophysical exploration.
(Written by: Zheng Aiping, Shen Xiaohua, Shen Zhongyue)