期刊： AAPG BULLETIN, 2021; 105 (1)
The oils of Shuntuoguole low uplift of Tarim Basin in western China have high contents of saturated hydrocarbons and a high loss of light hydrocarbon ......
期刊： AAPG BULLETIN, 2021; 105 (8)
Hydraulic-driven faults and fractures are important subsurface fluid-flow pathways, yet their seismic expressions are poorly documented. This paper us......
期刊： AAPG BULLETIN, 2021; 105 (2)
Oil and gas accumulations in the sandy conglomerate diagenetic traps that developed in the fan delta of the Triassic Baikouquan Formation of the Mahu ......
期刊： AAPG BULLETIN, 2021; 105 (1)
With the emergence of the "continuous petroleum accumulations" concept and unconventional petroleum exploration, the traditional source-to-trap petrol......
期刊： AAPG BULLETIN, 2021; 105 (5)
The Bongor Basin in southern Chad is one of the Cretaceous-Paleogene rift basins developed on the Precambrian crystalline basement and has been confir......
期刊： AAPG BULLETIN, 2021; 105 (5)
The main source rocks, hydrocarbon generative subbasins, hydrocarbon generation periods, resource potential, and the relationship between the trap evo......
期刊： AAPG BULLETIN, 2021; 105 (7)
The purpose of this research was to examine paleoenvironments, hydrothermal activity, and seawater restriction of the lower Cambrian Niutitang Formati......
期刊： AAPG BULLETIN, 2021; 105 (2)
The northeastern Sichuan Basin thrust belt located in southwestern China, is a large-scale intracontinental thrust system with multiple detachments re......
期刊： AAPG BULLETIN, 2021; 105 (5)
The relationship between water saturation and resistivity index in tight sandstone reservoirs cannot be simply expressed using the Archie equation. Th......
期刊： AAPG BULLETIN, 2021; 105 (1)
Gas and water samples were collected from coalbed methane (CBM) wells, rivers, and springs in the southern Junggar Basin (SJB). These samples were ana......
期刊： AAPG BULLETIN, 2021; 105 (4)
Carbon isotope analyses of fluid inclusion gases trapped in quartz grains in nine sandstone core samples from eight wells in the Baiyun depression and......
期刊： AAPG BULLETIN, 2021; 105 (8)
The accurate prediction of overpressure before drilling is important for hydrocarbon exploration. It is almost impossible to directly predict the mult......
期刊： AAPG BULLETIN, 2021; 105 (8)
The origins of overpressure in the central Xihu depression have been accepted to result from disequilibrium compaction and hydrocarbon generation. Thi......
期刊： AAPG BULLETIN, 2021; 105 (2)
Understanding and predicting the main controls on the sealing capacity of carbonate cap rocks is of great significance for ultra-deep carbonate reserv......
期刊： AAPG BULLETIN, 2021; 105 (5)
China has been said to have the largest putative shale gas resources in the world. The highest potential occurs in the Sichuan Basin, with the overmat......
