In 20 13, it undertook 29 projects of various types, including 2 special projects of 973 Plan, 8 special projects of industries, 7 projects of National Natural Science Foundation, 2 projects of geological survey, 4 projects of basic scientific research and 6 other projects. Twenty-five papers were published by the first author or correspondent, including 6 papers retrieved by SCI.
Ar-Ar dating samples exceed 150. The annual running time rate of thermoelectric ionization mass spectrometry laboratory is more than 80%; The annual running time rate of multi-receiver plasma mass spectrometry laboratory is more than 280%; The annual operation time rate of rare gas laboratory is more than 200%. The Sixth Global Chinese Geological Congress Isotope Geology Seminar and the Tenth National Isotope Chronology and Geochemistry Seminar were organized.
A large number of siderite was found in Xiamaling Formation in Jixian section. isotope chronology has made great progress in the application of metallogenic geological background in the middle Tianshan metallogenic belt, geochronology and geochemistry of intermediate-basic dikes in western Junggar, and tectonic thermal evolution of Tuzi 2 well in Kuqa basin under the constraint of (U-Th)/He low-temperature geochronology. The purification methods of iron, copper and magnesium in special samples and iron in trace samples were established.
The 10th National Symposium on Isotopic Chronology and Geochemistry
2. Key Laboratory of Stratigraphy and Paleontology, Ministry of Land and Resources
By the end of 20 13, there were 20 fixed staff in the laboratory, including researchers 1 1, 2 associate researchers, 5 doctoral supervisors, 2 master supervisors and 4 postdocs. Many people in the laboratory joined or stayed in relevant academic organizations at home and abroad: 3 people were members of the Second National Committee of Experts on Paleontology Fossils, 1 was elected as the vice chairman and secretary general of the Asian Dinosaur Association, 4 people were elected as the 11th Council of the Chinese Paleontological Society, and 10 people were leaders or members of the working groups of the Fourth National Stratigraphic Committee.
"Research on macroevolution and Ecological Diversity of Important Vertebrates in Liao Yan-Jehol Biota" won the first prize of Beijing Science and Technology 20 13. "The first discovery of Jurassic multidentate mammals in Liaoning, China" was selected as one of the top ten scientific and technological advances of Chinese Academy of Geological Sciences in 20 13. In 20 13, the laboratory published 26 SCIentific research papers (including scientific papers 1 and other sci retrieval papers 14), and published monographs 1 department. In 20 13 years, * * * undertook nearly 30 scientific research projects. More than 50 people attended academic conferences at home and abroad, and more than 20 people gave academic reports at conferences or chapters; 1 person invited to give lectures and exchange in Taiwan Province province; Invite three famous academicians and scholars in China to give academic reports in the laboratory; Organize 1 academic exchange meeting in the laboratory.
Important achievements: "Ruke 1"1.600m drilling project was completed, with a heart rate of 97%, which provided extremely valuable research data for understanding the Late Cretaceous stratigraphic sequence in Jiaolai Basin and finding the boundary between terrestrial Cretaceous and Paleogene; A new genus and species of Middle Jurassic multidentate mammals from western Liaoning, China Province was studied. 90 species of Ediacaran microfossils (including 3 new genera and 40 new species) in eastern Xia Dong are systematically described, which provides an important paleontological basis for Ediacaran biostratigraphic division and international correlation, Ediacaran chronostratigraphic division and the establishment of global boundary stratotype. Many reptile fossils such as dinosaurs were found and studied in Henan, Jiangxi and Inner Mongolia, which enriched the understanding of dinosaur evolution.
The research results of Ediacaran microfossils in the eastern part of the canyon were published as a special issue in internationally renowned academic journals (cover).
3. Key Laboratory of Deep Exploration and Geodynamics, Ministry of Land and Resources
In 20 13, it undertook 28 projects of various types, including national special project 1 973 project 1, 2 key projects of national natural fund, 5 general projects, 6 youth fund projects, 5 public welfare industry projects and 8 geological survey projects. The first author or correspondent published 3 SCI retrieval papers1,including 22 international SCI retrieval papers and 10 domestic SCI retrieval papers. As the main finishers, the laboratory members won the first prize of land and resources science and technology 1 and the second prize1; Won the first prize of China geological survey results1; Won the top ten scientific and technological progress of Chinese Academy of Geological Sciences in 20 13 1. It was awarded the annual "Excellent Scientific Research Team" by the Institute of Geology.
Director Gao Rui made a progress report to the academic Committee on 20 13.
The laboratory has carried out various forms of international cooperation and open research, sent 1 visiting scholars, jointly trained 1 postdoctoral fellow between China and the United States, participated in international academic conferences such as SSA and AGU, received six foreign experts, and conducted cooperative research with famous universities and scientific research institutions in the United States, Spain and Mongolia. On the basis of the existing project funds, eight open research projects have been established, with the accumulated funds of 49 1 000 yuan, which are undertaken by the teams of universities such as Nanjing University, Jilin University and Tongji University. Three postdoctoral students, seven doctoral students and six master students have been trained.
Important achievements: the deep reflection profile at the junction of Tianshan Mountain and Tarim Basin reveals the structural relationship of the current lithosphere scale and the deep dynamic process of orogenic deformation. Break through the bottleneck of deep reflection seismic detection technology and obtain strong reflection of thick crust in the hinterland of Qinghai-Tibet Plateau. Through the comprehensive analysis of deep reflection seismic profile, the crustal structure of Longmen Mountain is explained, and the structural evolution model of the eastern margin of Qinghai-Tibet Plateau is established systematically. Broadband seismic observation found "thin lithosphere" in the southeast margin of South China continent. Based on the comprehensive study of deep seismic reflection profiling and various geophysics, a metallogenic geodynamic model is put forward.
Reliable Moho reflection is obtained from the deep reflection seismic profile passing through the Bangong Lake-Nujiang suture zone and the central uplift of Qiangtang Basin.
4. Key Laboratory of Mineralization and Resource Evaluation of Ministry of Land and Resources
On June 4th, 20 13, Jiang Daming, Party Secretary and Minister of the Ministry of Land and Resources, and his party came to the laboratory for investigation.
Does the laboratory pass the evaluation with high scores?
Application for the progress report of the State Key Laboratory
Advanced seminar on new technologies and methods of geophysical exploration held in Xiamen
On June 4th, 20 13, Jiang Daming, Party Secretary and Minister of the Ministry of Land and Resources, and his party went to the laboratory for investigation. 2065438+21In June 2003, the laboratory passed the on-site evaluation organized by the Science and Technology Department of the Ministry with a high score of 1 14.6. On 20 13 12 10, the Chinese academy of geological sciences organized a report meeting on the application of the key laboratory of mineralization and resource evaluation to the state key laboratory. Experts agree that the laboratory closely focuses on the national goal, aims at the frontier of international mineral resources science, innovates metallogenic theory, carries out mineral resources evaluation, has obvious characteristics and advantages, excellent equipment and rich scientific research results, and has made outstanding contributions to China's geological prospecting and exploration. It is suggested that the demonstration materials should be organized according to the requirements of the construction of the State Key Laboratory and declared as soon as possible.
According to incomplete statistics, a total of 107 papers were published in 20 13 years, including 37 papers retrieved by SCI, including 2 papers retrieved by international SCI and 70 papers from domestic core journals. Publish 2 monographs; Won 2 national invention patents and 3 utility model patents. Co-organized the 6th National Symposium on Metallogenic Theory and Prospecting Methods, the 10th National Symposium on Isotopic Chronology and Isotopic Geochemistry, the Academic Committee Meeting of the Alliance of Key Laboratories of Solid Earth Sciences and the National Symposium on Petrology and Geodynamics. , and held many training courses on experiment and detection technology.
Helix SFT rare gas isotope mass spectrometer, laser ablation plasma mass spectrometer Bruker M90 and MICRO/LAS 193nm laser ablation system are newly introduced in our laboratory. Various scientific research projects are funded by 60 million yuan. Directed Chinalco Resources Company and Tibet Geological Team 5 to discover Rongna super-large copper-gold deposit (with copper resources of more than 4.5 million tons and associated gold of more than 80 tons) in Duo Long copper-gold concentration area, and determined it as a typical porphyry-epithermal metallogenic system. Using new geophysical technology and comprehensive information technology, many anomalies have been found in the Leclerc coverage area of Qiongheba in Dongzhun. Through drilling verification, high-grade skarn-type copper-iron ore and high-grade porphyry-type molybdenum ore bodies have been discovered.
Spiral? SFT rare gas isotope
Micro /LAS? 193 nm
5. Key Laboratory of Salt Lake Resources and Environment, Ministry of Land and Resources
In 20 13, it undertook 23 projects with a total fund of 32 million yuan, including 5 projects of national natural science foundation, 3 projects of 973, 2 projects of public welfare industry, geological survey plan project 1, work project 10 and 3 other projects. He published 27 academic papers, including 4 international SCI retrieval papers, 4 domestic SCI retrieval papers, 3 domestic EI retrieval papers, 2 Chinese core journal papers 12 and 4 conference papers. Participated in academic conferences at home and abroad 16 times, gave academic reports for 7 times, and invited 3 experts at home and abroad to give reports. 20 13 became a popular science base of land and resources. Won the top ten scientific and technological progress of Chinese Academy of Geological Sciences in 20 13 1.
Under the leadership of Academician Zheng Mianping, important progress has been made in the exploration and basic research of potash resources, the investigation of salt lake resources, the study of paleoclimate and paleoenvironment of salt lakes, the investigation and evaluation of water resources in oil fields, and the research of Mars proving ground. A favorable area for potassium prospecting was found in Ninger County, Pu 'er City, with a main buried depth of about 500 ~ 1500m. Five lakes in Tibet/kloc-0 were investigated, among which 1 1 was a lake that had not been investigated before, which filled the blank of hydrochemical data of these lakes and estimated the resources of three salt lakes. In the salt lake area of Qaidam basin in Qinghai-Tibet Plateau, a simulation test site of Martian salt environment was established.
Potassium-bearing halite core in MK- 1 well
Microscopic identification of potassium-bearing rocks in MK- 1 well
Director Zheng Mianping inspected the core of Yunnan potash drilling.
Attend 44LPSC meeting and communicate with peers.
6. Key Laboratory of Neotectonic Movement and Geological Disasters, Ministry of Land and Resources
In 20 13, the laboratory undertook 73 projects, including 32 geological survey projects, 4 special projects of public welfare industry, National Natural Science Foundation 15, Science and Technology Support 1, 973 project 1. Published 7 papers1article, including SCI papers 19, EI papers 7, Chinese core journals 28, and sci-tech core journals 10; Published 3 monographs. Obtained 2 invention patents and 1 utility model patent 1. Won the second prize of land and resources science and technology 1, the first prize of China geological survey results 1, and the top ten geological science and technology progress in geological society of china 20 13 1. The laboratory invited experts to teach 4 times and sent 4 people to exchange or study (twice abroad). Excellent in the evaluation of key laboratories organized by the Ministry
There are 38 researchers, 20 experimenters and 2 managers. 37 graduate students were trained in 20 13 years. Two people won the Xinhualian Science and Technology Award, and 1 person won the Silver Hammer Award of Geological Society of China Youth Geological Science and Technology Award. 1 person was selected into the first batch of high-level geological talents program of China Geological Survey, and 2 people were selected into the young geological talents program of China Geological Survey.
20 13 13 February, the 20 13 annual academic conference of "key laboratory of neotectonic movement and geological disasters" and the seminar on key scientific and technological issues of engineering landslide and earthquake landslide prevention and control were organized in Beijing. Around the theme of "key scientific and technological problems in engineering landslide and earthquake landslide prevention", five special reports on engineering landslide prevention and four special reports on earthquake landslide prevention and control were arranged.
Laboratory academic annual meeting
In the emergency investigation of earthquake geology and geological disasters in Lushan, Sichuan, the seismogenic structure and geostress variation characteristics of Lushan earthquake are analyzed and studied, and the development characteristics and disaster-causing laws of earthquake geological disasters are analyzed and summarized, which provides decision-making reference and technical support for emergency geological investigation and disaster relief deployment in Lushan earthquake-stricken areas.
Investigation of collapse and dangerous rock mass in Yalong River
7. Key Laboratory of Paleomagnetism and Paleotectonic Reconstruction, Ministry of Land and Resources
In 20 13, there were 25 research topics, and more than 30 SCIentific research papers were published, including sci papers 13, EI papers 2, Chinese core journal papers 1 1, and specially invited special reports 1. Scientific and technical personnel 16, 2 overseas students, including doctor 12, doctoral supervisor 6, master supervisor 6, researcher 9, associate researcher 3 and assistant researcher 1 person. There are 7 guests, including academicians 1 person and 6 researchers. At present, doctor 13, master 1 1 person, postdoctoral 1 person leave the station, and 6 postdoctoral people are standing.
1 person was selected into the first batch of development and training plan for leading talents in land and resources science and technology innovation, 1 team was selected into the first batch of training plan for land and resources science and technology innovation team, 1 person was selected into the first batch of high-level geological talents plan of China Geological Survey, and 1 person won the 14th Young Geological Science and Technology Award Hammer Award in geological society of china. In 2 0 13, it won the top ten scientific and technological progress of Chinese Academy of Geological Sciences 1.
Attend the forum on structural geology and the annual meeting of geophysics in China, give academic reports and show the results; Go to Antarctica, France, Kyrgyzstan, the United States, Austria and other countries to carry out academic exchanges and scientific investigations.
Staff from the Key Laboratory of Paleomagnetism and Paleotectonic Reconstruction went to Austria to attend the EGU meeting.
Completed the geological map of Rasman Hills 1:25000 in Antarctica (to be published), which is the first large-scale geological map completed in Antarctic area in China. The Mesoproterozoic tectonic events in Windermere Islands and its inland areas in Antarctica are redefined. The tectonic active belt passes through the Antarctic inland and connects with the Greenville active belt in southern North America. The accretion and orogeny played an important role in this event.
2G？ Test system of 755 4K long core superconducting magnetometer
8. Key Laboratory of Ecological Geochemistry, Ministry of Land and Resources
20 13 1 1 The 477th symposium of Xiangshan Science Conference with the theme of "Present situation of soil geochemical environment and pollution prevention" was held in Beijing. In order to cooperate with Xiangshan science conference, the laboratory held a seminar on key scientific issues of eco-environmental geochemistry; A series of lectures on mine environmental geochemistry were held, and eight experts, including researcher libing, were invited to give academic reports on mineral deposit science, supergene geochemistry, mineral processing technology, geochemical environmental monitoring and elemental speciation analysis.
Attend the 33rd Second English Conference.
In 20 13, 30 papers were published, including 7 papers retrieved by SCI13. Three people went to Finland to carry out academic exchanges and cooperative consultation in the field of environmental restoration; Communication and consultation with Parsons Canada; Visit the famous Lancaster environmental center in Europe; Participated in the second English conference held in Korea; Go to British Hall Analytical Laboratory Co., Ltd. to learn the principle, tuning method and instrument maintenance method of high resolution magnetic mass spectrometry.
Carry out academic exchanges in Finland
The geological survey plan project "Research on Eco-geochemical Environment Restoration Technology" has passed the acceptance, and the project has achieved results in the research of geochemical environment and human health in metal mines and rare earth mines, and the research and demonstration of environmental pollution control and restoration. The geological survey project "China Agricultural Eco-geochemical Evaluation System Research and Achievement Integration (Experimental Center)" passed the acceptance, and the project completed the research on the present situation and evolution of selenium in the ecological environment of typical selenium-deficient areas in China, comprehensively analyzed the main geoscience factors that caused the low selenium in the environment, and studied the geoscience environment in the high-incidence areas of Kaschin-Beck disease.
Group photo of participants in the seminar on key scientific issues of eco-environmental geochemistry
Key Laboratory of Groundwater Science and Engineering, Ministry of Land and Resources
Participated in organizing and presiding over the 2nd National Symposium on Groundwater Pollution and the 20th13 Annual Meeting of geological society of china Hydrogeology Professional Committee and the Symposium on Groundwater and Ecology. He has visited Germany, France, Australia and the United States for six times, participated in eight international academic conferences held in the Netherlands, Australia, France, Indonesia, Xi 'an and Beijing, and participated in many domestic academic exchanges and conferences. Famous scholars from Australia, the United States, Japan, China, Hongkong, China Academy of Sciences and other countries visited China for 9 times to learn about the research trends at home and abroad and learn advanced experience, and achieved good results.
Symposium on Groundwater and Ecology sponsored by Key Laboratory of Groundwater Science and Engineering.
Experimental results of ultrafiltration performance of weak permeable layer of cohesive soil with different densities
Mechanism diagram of land subsidence compression water release
It undertook two international cooperation projects funded by the International Atomic Energy Agency (IAEA). The name of the project is "Evaluation of recharge and hydrodynamic response of groundwater under high-intensity exploitation in North China Plain by using repeated isotope tracer analysis technology" and "Determination of ancient groundwater age of confined aquifer in coastal areas of North China Plain". He undertook the third topic of 973 Project "Evolution Mechanism and Regulation of Groundwater in North China Plain", "Variation and Evolution Mechanism of Deep Aquifer System and Groundwater Renewable", deepened the understanding of the mechanism of water-soil composite action and land subsidence, compiled the zoning map of land subsidence prevention in North China Plain, explored the movement and driving mechanism of groundwater fresh-water-salt interface, proved that there was salt-resistant effect in cohesive soil during overflow, and realized the evolution of composite groundwater funnel and groundwater renewable.
International Atomic Energy Agency coordination meeting on international cooperation projects was held in Vienna.
10. Key Laboratory of Geochemical Exploration Technology, Ministry of Land and Resources
20 13 laboratory establishes national geochemical reference network. By studying and making geochemical maps of rare earth and rare dispersed elements and geochemical reference maps of radioactive elements (thorium, uranium and potassium) in China, it is found that eight heavy metal elements such as cadmium are closely related to human activities, and the distribution of calcium oxide content is closely related to rainfall and acid rain. At the same time, it is found that the distribution of gold, tungsten, tin, copper, lead, zinc, uranium, rare earth and other ore-forming elements is significantly different from that of existing ore-forming areas and large ore-concentrated areas. The in-depth study of benchmark network will provide a quantitative reference scale for the evolution of chemical elements, the evaluation of national resources and future environmental changes in Chinese mainland.
Geochemical map of uranium in Dongsheng area of Ordos basin
The theory and technology of basin penetrating geochemical exploration have achieved original results, and practical results have been achieved in the regional survey of sandstone-type uranium deposits in Ordos Basin. The experiment of regional geochemical exploration method for sandstone-type uranium deposits in Ordos basin has been successful. Using fine geochemical exploration technology, the regional geochemical anomalies in the mineralized exposed and concealed areas of sandstone-type uranium deposits are accurately delineated.
Promoting the international research center of global scale geochemistry has been officially approved by UNESCO.
Director Wang Xueqiu demonstrated the geochemical sample collection method to the students of CCOP national training class.
1 1. Key Laboratory of Geophysical and Electromagnetic Detection Technology, Ministry of Land and Resources
With the support of the National 863 Plan, the national special project of hydrate and the special project of public welfare industry, the geophysical and geochemical exploration methods and technologies of onshore natural gas hydrate were studied in Muli area of Qilian Mountain. The geophysical and geochemical response characteristics of hydrate sediments are studied by experiments, and the comprehensive geophysical and geochemical indexes for judging hydrate accumulation are initially established. It is pointed out that frozen soil, faults, groundwater environment and gas source are important control conditions for hydrate accumulation. The technical combination of seismic, electromagnetic and organic geochemical exploration methods is established, and the prediction and evaluation index is established.
Schematic diagram of main hydrate accumulation models in Muli area
(1) According to the geophysical and geochemical exploration method, the hydrate samples were successfully drilled at the verified well location. The geophysical and geochemical response characteristics of hydrate sediments are studied, and the comprehensive geophysical and geochemical indexes for judging hydrate accumulation are initially established. The seismic response of hydrate has the characteristics of "high frequency and weak amplitude", and there is no BSR feature on the marine seismic profile.
The seismic response of hydrate has the characteristics of "high frequency and weak amplitude"
(2) It is pointed out that frozen soil, fracture, groundwater environment and gas source are important control conditions for hydrate accumulation; Deep hydrocarbon gas migrates upward along the fault structure and is enriched in the fractured zone covered by frozen soil. Under the condition of stable groundwater environment and suitable temperature and pressure conditions, it is one of the main ways of hydrate accumulation in Muli area.
(3) The technical combination of seismic, electromagnetic and organic geochemical exploration methods is established, and the prediction and evaluation indexes are established.
(Four layers of hydrate were found in the DK9 hole underground188.20 ~ 367.59m interval, with a single layer thickness of more than 20m and a cumulative thickness of 45.56m..
DK9 hole well
12. Key Laboratory of Karst Ecosystem and Rocky Desertification Control, Ministry of Land and Resources
Laboratory academic conference
In 20 13, it undertook 26 projects of various types at all levels, including 2 national science and technology support projects, 2 national science and technology projects 1, 2 provincial science and technology plans and public welfare industries of land and resources1,and 2 other projects 1 1, with a total funding of 49/. Published 3 academic papers1paper, of which 5 papers were retrieved by SCI; Publication of monograph 1 department; Undertake or participate in academic conferences 1 1 times, and report 5 times.
Laboratory annual meeting
1 person was selected into the first batch of development and training plan for leading talents in land and resources science and technology; The laboratory introduced 2 masters, trained 3 doctors and 13 masters to strengthen the construction of scientific research team; Funded four open projects. The geological survey project China Geological Carbon Sequestration Potential Report passed the evaluation. Technology and model of agricultural waste recycling, investigation and evaluation of eco-environmental geology in Wumeng Mountain area, karst soil improvement and sink enhancement technology, study on soil and water conservation technology of typical karst peak-cluster depression, discussion on distribution characteristics of rocky desertification in Guangxi, remote sensing inversion of soil properties and element content, variation characteristics of soil air carbon dioxide concentration, water potential gradient of soil-vegetation-atmosphere continuum under different rocky desertification grades and its environmental effects, preliminary analysis of rocky desertification investigation in Heqing County, special study on karst and hydrogeology in Heqing, water diversion project in central Yunnan.
20 13 members of the academic Committee of the key laboratory of karst ecosystem and rocky desertification control took a group photo.
13. Key Laboratory of Karst Dynamics, Ministry of Land and Resources
In 20 13, the laboratory added 3 national natural science funds (including 1 general projects), 4 Guangxi natural science funds (including 1 key projects), 24 national study abroad funds 1 and other projects, with a total funding of16.57 million yuan. Published monograph 1, published 35 papers, including 5 papers retrieved by SCI and 2 papers retrieved by EI. 1 person was selected in the Young Geological Talents Program of Geological Survey, 2 people were selected in the first batch of outstanding young scientific and technological talents training programs of land and resources, and 1 team was selected in the training program of scientific and technological innovation teams of land and resources. Won the first prize of 1 China geological survey results. The laboratory successfully passed the evaluation of the Key Laboratory of the Ministry of Land and Resources, and was successively recognized as "Global Climate Change Center" by China Geological Survey, "Guangxi Academician Workstation" by Guangxi Science and Technology Department, and "International Joint Research Center of Karst Dynamic System and Global Change" by the Ministry of Science and Technology. Complete the investigation on the comprehensive potential of geological carbon sinks in China, and provide scientific decision-making for the country's "increasing sinks and reducing emissions"; The cooperation with Mainz University in Germany to study the mechanism of carbonic anhydrase provides a scientific basis for how to control rocky desertification by biotechnology in karst areas in southwest China. The research results were published in Planta (impact factor 3.65).
The International Joint Research Center of Karst Dynamic System and Global Change was unveiled.
Laboratory academic conference (report by Academician Yuan Daoxian)
Investigation on development characteristics of karst spring groups
Invite foreign experts to give lectures in the laboratory.