Name |
Research Field |
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Department of Earth Materials |
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Granite geology, magmatic dynamics and deep processes, Igneous rock petrology and geochemistry, magmatism and metallogenic relations, rock geotectonics and plate tectonics, History of Geological Sciences and Higher Geological education |
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Digital geological survey, ophiolite, magmatite |
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Lithosphere evolution, magmatism and deep processes, deep processes and shallow responses |
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Precambrian geology and metamorphic geology, orogen evolution, geological disaster regional geoscience background |
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Sedimentary petrology, carbonate microfacies analysis |
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Crust-mantle evolution in South China; Petrology and geochemistry of magmatic rocks |
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Metamorphic fluid and metamorphism, mixed lithification |
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Precambrian geobiology and astrobiology |
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Marine sedimentary geology；carbonate and siliceous sedimentary geology |
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Formation and evolution of central Asian orogenic belt, basalts and their xenoliths |
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Crystal symmetry theory, mineral crystal chemistry, crystal growth and morphology |
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mineralogy |
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Petrogeochemistry; Genetic mineralogy |
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The structure and tectonic evolution of the Central Asian orogenic belt and the Qilian-Qinling orogenic belt；the Archean crust-mantle interaction of the North China Craton；Archean-Paleoproterozoic metamorphic evolution of the Yangtze Craton |
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Clay mineralogy, gemology |
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Igneous magmatism, mineralization and evolution |
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Sedimentary basin; A study of Precambrian geological events |
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Research of halogen elements (F-Cl-Br-I) in magmatic rocks；alkaline-peralkaline magmatic rocks, igneous carbonate rocks and rare earth metal mineralization, highly differentiated granites, granitic pegmatite and rare metal mineralization |
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Geochemical dynamic background and crust-mantle material exchange mechanism of magmatism in subduction zone, sedimentary basin evolution of orogenic belt, accretive orogeny of Central Asian orogenic belt and paleogeographic reconstruction |
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Metamorphic petrology and metamorphic chronology, phase equilibrium modeling, metamorphism and orogenic evolution |
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Composition and evolution of the lower crust, alkaline rocks and granites, mossbauer spectrometer and its application |
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Zhou Xiang |
Mantle petrology |
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High pressure uhp metamorphic rocks；fluid properties and behavior of the subduction zone petrology；deep earth carbon cycle experiment；dynamic metamorphic rock |
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Metamorphic rocks, including high-pressure and ultrahigh-pressure metamorphism, metamorphic chronology, metamorphic element distribution and formation and evolution of subduction zone terranes. |
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Genesis of magmatic rocks, evolution of continental crust, destruction of North China Craton |
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Chen Huawei |
Mineral physics |
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Storage and circulation of carbon, hydrogen and other volatile components in the deep earth, light elements in the Earth and planetary nuclei, phase transformation and physical properties of iron-aluminum-rich Bridgmanite in the lower mantle, and perovskite type minerals |
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Department of Geochemistry |
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Geochemical dynamics, ore deposit geochemistry |
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Magmatic geochemistry and lithosphere evolution in the Tibetan Plateau |
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LA-ICP-MS microanalysis, ICP-MS immunoanalysis, and epigenetic geochemical environmental markers |
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Wetland environment research, soil/groundwater pollution investigation and remediation, unconventional exploration and new methods and technologies |
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Early Precambrian geological evolution; Neoproterozoic tectono-magmatic events in South China; Indosinian magmatic events and tectonic evolution in South China |
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Trace element geochemistry, LA-ICP-MS analysis of elements and isotopes, crust-mantle material exchange and deep earth carbon cycle |
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High-pressure and ultrahigh-pressure metamorphism, orogenic processes and crustal formation and evolution, isotope geochemistry, Precambrian geology |
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Agricultural geochemistry, oil and gas reservoir heterogeneity, exploration geochemistry |
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Exploration geochemistry, environmental geochemistry, digital geological survey methods and techniques |
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Marine chemistry, environmental geochemistry, element and isotope geochemistry, orogenic geochemistry |
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Study on the sources and environmental effects of lead pollutants |
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Magmatism and craton destruction, continental accretion and evolution |
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Magma and metamorphism in orogenic belts; Lithospheric mantle metasomatism; Precambrian continental crust formation and evolution; Study on determination method of trace elements |
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Orogenic geochemistry, uplift and evolution of the Tibetan Plateau |
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Magmatism; Qinghai-tibet Plateau; Tethyan evolution; Continental crust composition and evolution |
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Environmental geochemical behavior of trace elements; Bioavailability of trace elements |
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Iron and copper elements geochemistry, crust and mantle evolution, metal mineralization and environmental effects |
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Physical and chemical properties of the lower continental crust and its formation and evolution history; Precambrian continental crust formation and evolution; High precision in-situ isotopic analysis of accessory minerals |
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geochemistry |
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Tectonic evolution, magmatic evolution and mineralization of orogenic belts |
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Stable isotope geochemistry; Subduction zone material circulation; Mantle magmatic process; Crust-mantle interaction; Paleooceanic evolution |
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Active continental margin magmatic petrogenesis, pale granite petrogenesis, Fe-Mg isotope geochemistry |
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geochemistry |
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Department of Earth Surface System Science |
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Geobiology: the interaction and co-evolution of organisms and environment in key geological periods; Geomicroorganisms: the study of ancient bacteria and archaea from a molecular and isotopic perspective; Global Change: A study of dry and wet paleoclimate changes and their relationship with ancient civilizations from the perspective of geomicroorganisms |
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Cyclostratigraphy，Quantitative stratigraphy，Global Change，Carbon Cycle，Marine Science |
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Global change: Based on magnetic records of cave stalagmites, regional precipitation changes and extreme hydrological events are discussed. Environmental pollution: magnetic means are used to investigate the environmental heavy metal pollution in the supergene zone and trace the pollution sources |
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Global climate change in geological history |
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Biogeochemistry: microbial, mineral, organic interactions and their effects on the transport of rare earth elements, radioactive elements, and heavy metals; Biological environmental materials: development and performance optimization of biological mineral functional materials. |
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Tectono-thermochronology, orogenic process of Qinghai-Tibet Plateau, basin-mountain relationship |
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Mineral genetic environmental identification, clay mineralogy, mineral surface chemistry |
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Environmental geochemistry and biogeochemistry |
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Planetary geology and geomorphology; Planetary chemistry; Science popularization |
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Planetary spectra and luminosity, experimental study of planetary analogue materials, small body detection in the solar system |
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Remote sensing image processing, LiDAR data processing and analysis, geographic information systems, computer software and applications |
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Planetary geology |
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Planetary geology |
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(1) Simulated reconstruction of holocene climate, surface vegetation and wetland spatial patterns, and (2) assessment of temporal and spatial characteristics, driving factors and impacts of climate change on surface processes. |
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Tectonic geomorphic simulation; Tectonic geology; Geological mechanics |
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Measurement of thermodynamic properties of common important minerals and development of thermodynamic models; Study on mechanism and dynamics of natural crystallization process involving organisms and organic matter; Development of anti-scale surface materials; Geohydrochemistry database establishment and data analysis |
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Department of Geobiology |
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Geobiology |
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Sedimentary geology;Carbonate sedimentology; Sedimentary deposit |
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Fossil relics and geobiology; Devonian and stratigraphic paleontology; Sedimentary geology; Stratigraphic paleontology and sedimentary geology based on big data; Quality education |
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Micropaleontology, Geobiology, Geology of Southeast Asia, Historical geotectonics, shale gas geology |
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P-T boundary geology, Triassic paleontology and stratigraphy, coevolution of organisms and environment during major geological mutations |
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Carbonate platform evolution and biological evolution; Early diagenesis of carbonate deposition; Paleo-marine significance of carbonate deposits; Carbonate rocks and sedimentary minerals. |
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Sedimentary geology |
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Geobiology |
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Permian-triassic mass extinction, Permian and early Triassic invertebrate fossils, paleoenvironment |
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Extinction, survival and recovery of terrestrial organisms between Paleozoic and Mesozoic |
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Permian foraminifera extinction |
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Stratigraphy, sedimentology, devonian events |
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Taxonomy, palaeoecology, palaeogeography and coevolution with environment of micropalaeontological ostracoda |
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Paleontology, conodont biology, biostratigraphy |
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Cenozoic palynology, sedimentary paleogeography, quantitative changes of paleoclimate and paleo-elevation in the Tibetan Plateau, stable isotope analysis |
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Molecular fossil and isotopic analysis of microbiolites at the Permian-Triassic transition |
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Evolution of early Earth environment and life |
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Paleoenvironmental evolution, extinction events, big data and AI applications in geobiology |
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Orogenic sedimentary geology, palaeogeomorphology and palaeogeographic reconstruction |
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Origin and evolution of vertebrate paleontology |
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Study on stratigraphic sequence and biological and environmental events of continental Permian-Triassic boundary; Study on taxonomy and biostratigraphy of phyllopedia fossils from permian-Triassic; Study on the establishment of terrestrial ecosystem in early Mesozoic |
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Precambrian microbial community composition and microbial behavior, Precambrian eukaryotic origin and evolution |
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Sedimentary geology, sedimentary deposit |
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Fan Ruoying |
Geobiology |
|
Ye Qin |
Geobiology |
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Yang Mingyu |
Geobiology |
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Department of Structural Geology and Geodynamics |
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Rock rheology, upper mantle dynamics, rock deformation experiments at high temperature and high pressure |
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Orogenic belt geology, tectonic chronology, tectonic geomorphology, regional geological survey |
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Orogen ophiolite melange; Petrotectonics; Microstructure; Regional metallogenic prediction and ore field structure; |
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Rheology of crust-mantle rocks, high-T,P experiments, rock and mineral physics |
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Partial melting and high temperature and high pressure experiment; Analytic tectonic geology |
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Continental dynamics, neotectonics and tectonic geomorphology, applied tectonics |
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Geotectonic sedimentology; Basin-mountain interaction; Tectono-sedimentary evolution; Supercontinent reconstruction |
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Rheology of mantle peridotite and its constituent minerals, rheology of granulite in lower crust, fabric and seismic wave properties of upper mantle minerals |
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Ultrahigh temperature metamorphism; Deep melting and evolution of orogenic belts; Crust-mantle interaction in continental subduction zone; Metamorphism and magmatism in the evolution of continental collision orogenic belts |
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Orogenic belt structure and surface geomorphic process |
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Rock deformation microstructure, mineral exsolvation structure, mineral and petrophysics |
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Sedimentology, paleontology and stratigraphy |
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Tectonic geology |
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Active tectonics and geological hazards, physical and numerical simulation of tectonic deformation process, basin tectonics |
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Tectonic analysis, seismogeology, tectonic stress field, tectonic chronology and provenance analysis |
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Orogenic geology, regional tectonic geology, microtectonic geology, tectono-thermochronology, rock deformation and rheology |
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wangdun@mgtrysite.com |
Seismology and artificial intelligence seismology |
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Tectonic process, uplift history and sedimentary evolution of orogenic belts |
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627083635@qq,com |
Precambrian geology, orogen evolution, and structural analysis |
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Early crustal growth mechanism, tectonic analysis and magmatic evolution of Precambrian orogenic belt, genetic mechanism of ophiolite |
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Microstructure and rheological properties of high-pressure metamorphic rocks and peridotites |
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Tectonic evolution of orogenic belt; Theoretical research on the conditions and standards of structural analysis of magnetic fabric; Dynamic process of magma emplacement; Tectonic chronology |
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Paleomagnetic constraints；Plate reconstruction of the South China Block；Recover high-fidelity paleomagnetic field intensity records from ideal rocks |
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Palaeomagnetism and palaeocontinents; Quantitative reconstruction of supercontinent and related dynamic evolution and related important paleoclimate events |
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Evolution of the Tethys Ocean, the Yangtze and the Precambrian tectonic evolution in Southeast Asia |
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