| 1199 - 1229 |
A new method for assessing tight oil, with application to the Lucaogou Formation in the Jimusaer depression, Junggar Basin, China
Chen JQ, Pang XQ, Wang XL, Wang YX |
| 1231 - 1259 |
Quantitative diamondoid analysis indicates oil cosourcing from a deep petroleum system onshore Niger Delta Basin
Esegbue O, Jones DM, van Bergen PF, Kolonic S |
| 1261 - 1285 |
How much systems-tract scale, three-dimensional stratigraphic variability is present in sequence stratigraphy?: An answer from the middle Miocene Pearl River Mouth Basin
Xu SH, Han JH, Wang YM, He M, Pang X, Chen WT, Gong CL, Qin CY, Li XG, Xu S |
| 1287 - 1321 |
Evaluating the depositional environment, lithofacies variation, and diagenetic processes of the Wolfcamp B and lower Spraberry intervals in the Midland Basin: Implications for reservoir quality and distribution
Wilson RD, Chitale J, Huffman K, Montgomery P, Prochnow SJ |
| 1323 - 1356 |
Origin and migration of oil and natural gas in the central part of the Ukrainian outer Carpathians: Geochemical and geological approach
Kotarba MJ, Bilkiewicz E, Wieclaw D, Radkovets NY, Koltun YV, Kowalski A, Kmiecik N, Romanowski T |
| 1357 - 1373 |
Sedimentology, diagenesis, and reservoir characterization of the Permian White Rim Sandstone, southern Utah: Implications for carbon capture and sequestration potential
Wheatley D, Hollingworth S, Steele P, Chan M |
| 1375 - 1399 |
The effects of pore structure on wettability and methane adsorption capability of Longmaxi Formation shale from the southern Sichuan Basin in China
Gao ZY, Fan YP, Hu QH, Jiang ZX, Cheng Y |
