Paula Jai Parker net worth: Paula Jai Parker is an American actress and comedian who has a net worth of 0 thousand dollars.Paula Jai Parker was born in Cleveland, Ohio in August 1969.Parker graduated from Howard University and then moved to New York City and performed at clubs.

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Lopez-Gamundi, Hector De Santa Ana, and Bruno Conti, #10983 (2017). Dorrins, Bertrand Marcotte, and Jean-Yves Lavoie, #10555 (2013). Intrinsic Fault Seal Uncertainties in Hydrocarbon Migration Analysis, Øyvind Sylta and Are Tømmerås, #40775 (2011).

Relation of Reservoir Petrophysical Properties to Horizontal Codell Production in the DJ Basin of Colorado and Wyoming, Mick Domenick, #10982 (2017). Structure and Petroleum Habitat of the Pay Khoy-Novaya Zemlya Foreland Fold Belt, Timan Pechora, Russia, Konstantin Sobornov, #10554 (2013). Petrophysics and Rock Physics Modeling to Improve Seismic Reservoir Characterization — Case Study of Lower Hackberry Sandstone, Robert Y. Application of Illumination Compensation to Irregular Surface Areas Imaging, Yueming Ye and Ru-shan Wu, #40773 (2011).

She has also starred in the movies Tales from the Hood, Get on the Bus, Don't Be a Menace to South Central While Drinking Your Juice in the Hood, Sprung, Woo, Why Do Fools Fall in Love, The Breaks, High Crimes, Love Chronicles, Phone Booth, 30 Years to Life, Playas Ball, My Baby's Daddy, She Hate Me, Animal, Hustle & Flow, Idlewild, The Genius Club, and Cover.

Parker won a Cable ACE Award in 1995 for Actress in a Dramatic Series.

Overpressures and Their Significance in Offshore Bohai Bay Basin, China, Xiao Wang, Stuart J. Comparison of Central and Southeast Asia Carbonate Fields: Reservoir Properties, Petroleum System and Challenges, Herman Darman and Bram V. Unconventional Reservoir Shale Gas, Sunjay Sunjay, #10459 (2012). Overpressure Mechanisms in Deep Drilling in Western Offshore India, Rajeev Ranjan Kumar and Dhiresh Govind Rao, #41074 (2012). Estimating Seafloor Strength with C4 Data, Bob Hardage, #40804 (2011). Hydraulic Fracture and Natural Fracture Simulation for Improved Shale Gas Development, William Dershowitz, Ray Ambrose, Doo-Hyun Lim, and Mark Cottrell, #40797 (2011). Target Detectability of Marine Controlled Source Electromagnetic Method – Insights from 1-D Modeling, Souvik Sengupta, #40751 (2011). Multifocusing Stack Technique for Subsurface Imaging, Sunjay Sunjay, #40749 (2011).

Jones, Sheng He, Qiang Liu, and Chunyang Cheng, #11001 (2017). Petroleum System Modelling of Assam Shelf (Northern part) and Naga-Schuppen belt in Assam and Assam Arakan Basin, India, H. Integrating Core Data and Wireline Data for Formation Evaluation and Characterization of Shale Gas Reservoirs, John Quirein, Dan Buller, Jim Witkowsky, and Jerome Truax, #41073 (2012). Controls on Natural Gas Seepage and Focused Fluid Flow on the South Atlantic and the Barents Sea, Zahie Anka, Markus Lögering, Ilya Ostanin, Nikolaus Baristeas, Gabriela Marcano, Emmanuel Rodriguez, and Rolando di Primio, #40803 (2011). Web-Based Georeferenced Information System - A Cutting Edge Managing Tool for Opportunity Portfolios and Oil Business, Carla K. Structural Styles and Its Implication on Petroleum Systems of North Assam Shelf, Upper Assam Basin, India, Mayadhar Sahoo and K. Rescaled Decline Curves: A Solution for Shale Gas Assessment, Jean-Yves Chatellier, Bob Menard, and Sylvestre Charles, #40748 (2011).

Petroleum Geology of the Crow Indian Reservation, South-Central Montana, David A. Reservoir Optimization, Mechanical Stratigraphy, and Stress Field Orientation in the Woodford Shale SCOOP (South Central Oklahoma Oil Province) Play: A Case Study from Grady County, Oklahoma, Carlos Molinares, Muizz Matemilola, Jing Zhang, Henry Galvis, Daniela Becerra, Lenon Infante, and Roger Slatt, #10984 (2017). Effective Application of Inorganic Geochemical Data in Shale Resource Plays: A Case Study from the Appalachian Basin, Nahysa Martinez-Kulikowski, Milly Wright, and Andrea Reynolds, #10556 (2013). Structural Trap Modification Associated with Foreland Lithospheric Flexure, Laurent Langhi, N. Geological Principles of Imaging Permian Salt Bodies in the North Sea and Irish Sea, Gavin H. Use of Mud Gas Compositional Analysis to Determine Fracture Quality of Natural Fractures in the Austin Chalk, Jonathan Madren and Jessica La Marro, #40778 (2011). Exploring for Tight Oil in the Pennsylvanian Cleveland Sandstone on the Nemaha Ridge Using High Resolution 3-D Seismic and Stratigraphic Analysis: A New Play in an Old Area, Tony Lupo and Lee Krystinik, #40757 (2011). Constraining Uncertainty in Static Reservoir Modeling: A Case Study from Namorado Field, Brazil, Juliana F.

The Punta del Este Half Grabens, Offshore Uruguay: The Next Exploration Frontier in the South Atlantic, Oscar R. Ordovician-Aged Liquid-Rich Shales and Hydrothermal Dolomites Plays: An Updated Review of the Eastern Canada Anticosti Basin Hydrocarbon Potential, Jean-Sébastien Marcil, Jérémie Lavoie, Nabila Mechti, Peter K. Geomechanical Modeling of Stresses Adjacent to Salt Bodies: Uncoupled Models, Gang Luo, Maria-Katerina Nikolinakou, Peter B. Role of External Controls on Sedimentary Distribution and Architecture in Deepwater Setting, Shu Jiang, Sverre Henriksen, Hua Wang, and Dongsheng Cai, #40776 (2011). Implications of 3-D Domain Transformation for Structural and Stratigraphic Interpretation, Geoffrey A. Quick Look Determination of Oil-in-Place in Oil Shale Resource Plays, Marlan W. Capturing Porestructures with Digital Image Analysis for a Quantitative Correlation to Physical Properties, Ralf J.

Bulling, Kristy Whitaker, Kim Koepke, and Sara Maloney, #11005 (2017). Hydrocarbon Prospectivity in Stratigraphic Traps within Cambay Shale, Broach Sub Block, Cambay Basin, India, T. Sprague, John Melvin, Florian Conradi, Tim Pearce, Mike Dix, Steve Hill, and Andrew Canham, #20065 (2009). Shallow Gas Production along the Cedar Creek Anticline in Southeastern Montana, by Dennis Zander, #20063 (2008). Hostile Sequential Formation Tester-II (HSFT-IITM Tool) Highest Temperature Rated Wireline Formation Tester - 450 DEG F & 30,000 PSI, Somnath Banerjee, Rassamee Puttanarakul, Chakhrit Gasuyee, Kamal Osman, Nopphon Rongsayamanon, and Atip Muangsuwan, #41079 (2012). Characterization and Modeling of Tight Fractured Carbonate Reservoir of Najmah-Sargelu Formation, Kuwait, Prabir Kumar Nath, Sunil Kumar Singh, Reyad Abu-Taleb, Raghav Prasad, Badruzzaman Khan, Sara Bader, and Awani W. The Successful Development of Shale Gas Resources in the United States, Daniel J. A 2-D Petroleum System Model for the Vallecitos Syncline, San Joaquin Basin, California, Meng He, Stephan Graham, J. Prestack Depth Migration for "Easy" Unconventional Plays? A Novel Method of Automatic Training Data Selection for Estimating Missing Well Log Zone Using Neural Networks, Yingwei Yu, Douglas Seyler, and Michael D. An "Elastic Impedance" Approach, Satinder Chopra and Ritesh Kumar Sharma, #41082 (2012). Well to Seismic Ties Modeling with the Adaptive Log Analysis, Ivan S. Quantitative Assessment of Shale Gas Potential Based on Its Special Generation and Accumulation Processes, Yongchun Tang and Daniel (Xinyu) Xia, #40819 (2011). Everett, Scott Hills, Mark Gahegan, Brandon Whitehead, and Boyan Brodaric, #40809 (2011).