[{"name":"矿物学·岩石学·矿床学","count":210,"id":1},{"name":"Mineralogy·Petrology·Mineral Deposits","count":205,"id":2},{"name":"基础地质","count":189,"id":3},{"name":"能源地质","count":119,"id":4},{"name":"环境工程","count":74,"id":5},{"name":"Energy Geology","count":56,"id":6},{"name":"能源地质学","count":56,"id":7},{"name":"其他","count":50,"id":8},{"name":"Engineering Geology and Disaster Geology","count":47,"id":9},{"name":"构造地质学","count":40,"id":10},{"name":"Structural Geology","count":38,"id":11},{"name":"工程地质学与灾害地质学","count":37,"id":12},{"name":"Environmental Geology and Hydrogeology","count":33,"id":13},{"name":"地学应用技术","count":32,"id":14},{"name":"环境科学","count":32,"id":15},{"name":"短文","count":30,"id":16},{"name":"Petroleum Geology and Sedimentology","count":29,"id":17},{"name":"Special Issue on New Progress of Petroleum Exploration and Development in Deep Level and Deepwater Basins","count":29,"id":18},{"name":"深层和深水油气勘探开发新进展专辑","count":29,"id":19},{"name":"环境地质学与水文地质学","count":29,"id":20},{"name":"A Special Issue on Disaster Risk Assessment Using Machine Learning","count":28,"id":21},{"name":"地球生物学研究进展专辑","count":28,"id":22},{"name":"机器学习与灾害风险评价专辑","count":28,"id":23},{"name":"Petroleum, Natural Gas Geology","count":27,"id":24},{"name":"石油、天然气地质学","count":27,"id":25},{"name":"Advances in Isotope Geochronogy and Geochemistry:The 65th Anniversary of Establishment of Isotope Geochemistry in Chinese Academy of Geological Sciences, and Wuhan Center,China Geological Survey","count":26,"id":26},{"name":"Continental Margin Basins in the South China Sea: Dynamics and Resource Effects","count":26,"id":27},{"name":"Special Issue on Advances in Geobiology","count":26,"id":28},{"name":"南海陆缘盆地动力学及其能源效应专辑","count":26,"id":29},{"name":"同位素技术地质应用专辑——纪念中国地质科学院和中国地质调查局武汉地质调查中心同位素地球化学学科成立65周年","count":26,"id":30},{"name":"Special Issue on Fractures of Oil and Gas Reservoirs","count":25,"id":31},{"name":"Unconventional Oil and Gas Innovation and New Energy Expansion","count":25,"id":32},{"name":"油气储层裂缝专辑","count":25,"id":33},{"name":"非常规油气创新与新能源拓展专辑","count":25,"id":34},{"name":"Special Issue on Geology-Engineering Integration of Shale Gas","count":24,"id":35},{"name":"页岩气地质工程一体化专辑","count":24,"id":36},{"name":"Environmental Sciences","count":23,"id":37},{"name":"石油地质学和沉积学","count":23,"id":38},{"name":"地球化学","count":22,"id":39},{"name":"地球物理","count":22,"id":40},{"name":"Special Issue of Petrology and Geochemistry","count":21,"id":41},{"name":"宜居地球","count":21,"id":42},{"name":"岩石地球化学专辑","count":21,"id":43},{"name":"岩石矿物","count":21,"id":44},{"name":"材料科学","count":21,"id":45},{"name":"Special Issue on Strike-Slip Fault in Intraplate and Hydrocarbon Accumulation","count":20,"id":46},{"name":"Tectonics and Mineralization of the Southern Margin of the Central Asian Orogenic Belt","count":20,"id":47},{"name":"中亚造山带南缘构造与成矿专辑","count":20,"id":48},{"name":"板内走滑断裂与油气聚集专辑","count":20,"id":49},{"name":"深部地质与岩石圈动力学","count":20,"id":50},{"name":"70th Anniversary of China University of Geosciences","count":19,"id":51},{"name":"Structural Geology and Petroleum Geology","count":19,"id":52},{"name":"中国地质大学70周年校庆专栏","count":19,"id":53},{"name":"地质异常与找矿","count":19,"id":54},{"name":"定量预测方法技术","count":19,"id":55},{"name":"构造地质学与石油地质学","count":19,"id":56},{"name":"海洋地质","count":19,"id":57},{"name":"深地深时深海深空","count":19,"id":58},{"name":"Geobiology","count":18,"id":59},{"name":"Special Issue on Isotope Geochronology and Isotope Geochemistry","count":18,"id":60},{"name":"同位素地质年代学与同位素地球化学专辑","count":18,"id":61},{"name":"地层古生物","count":18,"id":62},{"name":"地球生物学","count":18,"id":63},{"name":"矿床与能源地质","count":18,"id":64},{"name":"Special Issue on the 70th Anniversary of China University of Geosciences","count":17,"id":65},{"name":"中国地质大学建校70周年专刊","count":17,"id":66},{"name":"Special Issure on Basin-Orogen Coupling Process and Geodynamics","count":16,"id":67},{"name":"Structural Geology and Petroleum, Natural Gas Geology","count":16,"id":68},{"name":"构造地质与能源地质","count":16,"id":69},{"name":"构造地质学与油气地质学","count":16,"id":70},{"name":"盆山过程与动力学专辑","count":16,"id":71},{"name":"石油地质学","count":16,"id":72},{"name":"Geophysics","count":15,"id":73},{"name":"Hydrogeology","count":15,"id":74},{"name":"Others","count":15,"id":75},{"name":"Petroleum Geology","count":15,"id":76},{"name":"地球物理学","count":15,"id":77},{"name":"战略性矿产","count":15,"id":78},{"name":"水文地质学","count":15,"id":79},{"name":"短文及简讯","count":15,"id":80},{"name":"Environmental Geology","count":14,"id":81},{"name":"Petrology·Mineralogy·Mineral Deposits","count":14,"id":82},{"name":"Special Issue on Prevention and Mitigation of Major Geohazards along Sichuan-Tibet Transpor?tation Corridor","count":14,"id":83},{"name":"地学工程技术","count":14,"id":84},{"name":"川藏交通廊道重大灾害防控专辑","count":14,"id":85},{"name":"数学地质","count":14,"id":86},{"name":"环境地质学","count":14,"id":87},{"name":"钾盐矿床专辑","count":14,"id":88},{"name":"A Special Issue on Potash Deposits","count":13,"id":89},{"name":"Special Column on Exploration Theories and Practices of Buried-Hill Reservoirs in China's Offshore Areas","count":13,"id":90},{"name":"Special Issue on Fundamental Geology, Mineral Geology and Geomorphology Research Progress","count":13,"id":91},{"name":"中国近海潜山油气藏勘探理论与实践专栏","count":13,"id":92},{"name":"南岭基础地质、矿产地质和地貌演化研究进展专辑","count":13,"id":93},{"name":"岩石圈地球化学","count":13,"id":94},{"name":"岩石学·矿物学·矿床学","count":13,"id":95},{"name":"能源地质和地球物理勘探","count":13,"id":96},{"name":"Environmental Geology and Engineering Geology","count":12,"id":97},{"name":"Marine Geology","count":12,"id":98},{"name":"岩石学与构造地质学","count":12,"id":99},{"name":"海洋地质专栏","count":12,"id":100},{"name":"环境地质学和工程地质学","count":12,"id":101},{"name":"New Theories and Techniques of Fluvial Deposition","count":11,"id":102},{"name":"Special Column on Source Procress of Large Earthquakes and Real Time Seismology","count":11,"id":103},{"name":"地质灾害与工程地质","count":11,"id":104},{"name":"大震破裂与实时地震减灾专栏","count":11,"id":105},{"name":"河流沉积新理论新技术专栏","count":11,"id":106},{"name":"Hydrogeology and Engineering Geology","count":10,"id":107},{"name":"可持续发展专栏","count":10,"id":108},{"name":"总论","count":10,"id":109},{"name":"水-土环境污染","count":10,"id":110},{"name":"水—岩作用机理","count":10,"id":111},{"name":"水文地质学与工程地质学","count":10,"id":112},{"name":"矿床地质","count":10,"id":113},{"name":"Environmental Science","count":9,"id":114},{"name":"Environmental Science· Hydrogeology","count":9,"id":115},{"name":"Hydrogeology and Ecology","count":9,"id":116},{"name":"地球物理和数学地质","count":9,"id":117},{"name":"工程地质","count":9,"id":118},{"name":"应用地球物理","count":9,"id":119},{"name":"水文地质","count":9,"id":120},{"name":"海洋地质学","count":9,"id":121},{"name":"环境地质学·水文地质学","count":9,"id":122},{"name":"Geological Disasters and Engineering Geology","count":8,"id":123},{"name":"Regional geodynamics of the western Pacific","count":8,"id":124},{"name":"Special Column on Present Status and Trend of Experimental Geoscience","count":8,"id":125},{"name":"地层学及古生物学","count":8,"id":126},{"name":"实验地球科学发展现状与趋势专栏","count":8,"id":127},{"name":"矿产地球化学","count":8,"id":128},{"name":"矿床地质与能源地质","count":8,"id":129},{"name":"能源地质与矿床地质","count":8,"id":130},{"name":"西太平洋区域动力学","count":8,"id":131},{"name":"造山带数字地质调查专栏","count":8,"id":132},{"name":"Geochemistry of geothermal fluid","count":7,"id":133},{"name":"Paleontology","count":7,"id":134},{"name":"地学大数据","count":7,"id":135},{"name":"地热流体地球化学","count":7,"id":136},{"name":"地震地质","count":7,"id":137},{"name":"基础研究","count":7,"id":138},{"name":"岩石、矿物及构造地质","count":7,"id":139},{"name":"工程地质学和灾害地质学","count":7,"id":140},{"name":"应用地质","count":7,"id":141},{"name":"新技术与新方法","count":7,"id":142},{"name":"石油地质和测井技术","count":7,"id":143},{"name":"矿产资源评价系统","count":7,"id":144},{"name":"矿物、岩石与地球化学","count":7,"id":145},{"name":"Geobiology and Geochemistry","count":6,"id":146},{"name":"Review","count":6,"id":147},{"name":"Sedimentology and Petroleum, Natural Gas Geology","count":6,"id":148},{"name":"Tectonic evolution of the South China Sea","count":6,"id":149},{"name":"东昆仑造山带研究专栏","count":6,"id":150},{"name":"中央造山带专栏","count":6,"id":151},{"name":"南海构造演化","count":6,"id":152},{"name":"古地碗研究专栏","count":6,"id":153},{"name":"地球生物学与地球化学","count":6,"id":154},{"name":"地质灾害","count":6,"id":155},{"name":"工程地质学","count":6,"id":156},{"name":"新技术、新方法","count":6,"id":157},{"name":"构造地质与深部地质","count":6,"id":158},{"name":"水文地质与工程地质","count":6,"id":159},{"name":"水文地质和生态学","count":6,"id":160},{"name":"沉积学和油气地质学","count":6,"id":161},{"name":"石油地质","count":6,"id":162},{"name":"石油地质和沉积学","count":6,"id":163},{"name":"矿床地质与勘探","count":6,"id":164},{"name":"能源地质与地学应用技术","count":6,"id":165},{"name":"超高压变质带","count":6,"id":166},{"name":"Evaluation of geothermal resource","count":5,"id":167},{"name":"Geothermal geology","count":5,"id":168},{"name":"Mineralogy·Petrology·Mineral·Deposits","count":5,"id":169},{"name":"Sedimentation and geochemistry of the South China Sea","count":5,"id":170},{"name":"南海沉积地球化学","count":5,"id":171},{"name":"古环境学与古地理学","count":5,"id":172},{"name":"地热地质","count":5,"id":173},{"name":"地热资源评价","count":5,"id":174},{"name":"地理信息系统","count":5,"id":175},{"name":"新技术和新方法","count":5,"id":176},{"name":"材料和环境工程","count":5,"id":177},{"name":"泛大陆专栏","count":5,"id":178},{"name":"环境与工程地质","count":5,"id":179},{"name":"短文与简讯","count":5,"id":180},{"name":"石油地质及流体动力学","count":5,"id":181},{"name":"矿床地质与数学地质","count":5,"id":182},{"name":"矿床地质和能源地质","count":5,"id":183},{"name":"矿床地质学","count":5,"id":184},{"name":"简讯","count":5,"id":185},{"name":"综述","count":5,"id":186},{"name":"能源地质与测井技术","count":5,"id":187},{"name":"Engineering Geology","count":4,"id":188},{"name":"Engineering Geology and Geophysics","count":4,"id":189},{"name":"Geophysics and Remote Sensing Geology","count":4,"id":190},{"name":"Hydrogeology and Environmental Science","count":4,"id":191},{"name":"Marine Geology and Geophysics","count":4,"id":192},{"name":"全球变化","count":4,"id":193},{"name":"双碳","count":4,"id":194},{"name":"古气候学","count":4,"id":195},{"name":"古生物学","count":4,"id":196},{"name":"地层学与古生物学","count":4,"id":197},{"name":"地球物理学和遥感地质学","count":4,"id":198},{"name":"岩石地球化学","count":4,"id":199},{"name":"岩石学","count":4,"id":200}]