Seepage and Leakage
Room Exhibition Pavilion
Poster session is from 9:00 AM to 1:00 PM Co-Chairs: M. Abrams and G. Logan
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| Booth #: P54, | S. Li, Z. Zhang, H. Dong, F. Xiao: Petroleum Seeps and Their Structural Control in North China Yellow Sea |
| Booth #: P37, | D. Schumacher, R. S. Foote: Seepage-Induced Magnetic Anomalies Associated with Oil and Gas Fields: Onshore and Offshore Examples |
| Booth #: P45, | M. A. Abrams: Empirical Observations from Global Surface and Subsurface Calibration Geochemical Database |
| Booth #: P39, | J. Schoenherr, J. L. Urai, R. Littke, P. Kukla, J. M. Larroque, M. Newall, N. Al-Abry, Z. Rawahi: Leakage Conditions of Rock Salt: Solid Bitumen-Impregnated Rock Salt from the South Oman Salt Basin |
| Booth #: P40, | G. A. Logan, G. J. Brunskill, E. Grosjean, K. A. Burns, N. Rollet, A. T. Jones, J. M. Kennard, B. Opdyke: Active Seepage Detection, Identification and Correlation Using Geophysical and Geochemical Methods, Yampi Shelf, Australia |
| Booth #: P41, | A. T. Jones, J. M. Kennard, G. A. Logan: Identifying False Positives in Synthetic Aperture Radar (SAR) Data Over the Southern Timor Sea, Northwest Australia: Implications for Remote Sensing and Acoustic Seepage Studies |
| Booth #: P43, | A. P. Radlinski: Spectral Detection of Oil and Gas Seeps on the Ocean Using Airborne and Satellite Sensors |
| Booth #: P44, | M. A. Abrams, E. Francu, N. Dahdah: Development of Methods to Collect and Analyze Gasoline Range (C5 to C10) Hydrocarbons from Seabed Sediments |
| Booth #: P38, | D. Schumacher, L. Clavareau, D. Hitzman: Geochemical Exploration in Deserts: Strategies for Success |
| Booth #: P51, | L. Zhang: New Methods for Data Processing in Geochemical Hydrocarbon Exploration and Their Application in Chinese Continent |
| Booth #: P52, | D. Duranti: Diagenetic History of a Hydrocarbon-Bearing Large-Scale Sand Injectite (Santa Cruz, California) |
| Booth #: P53, | F. F. Krause, S. G. Sayegh, R. J. Perez, J. Clark: Seepage and Leakage Next to Modern and Ancient Methane Clathrate Hydrate Accumulations: Comparative Sedimentology of the Pierre Shale Formation (Upper Cretaceous), Western Interior Foreland Basin of North America |