email: gloria_eisenstadt@yahoo.com

Experienced, international consultant in structural geology. Specializing in complex structural interpretation and analysis of 2-d and 3-d seismic data. Global experience in exploration and producing, cross section restoration, map analysis, and regional tectonic interpretation. Over a decade of experience in developing and leading training courses.

1989 – 2000 Structural Geologist, Mobil Technology Co., Dallas, Texas

Areas of expertise:

Gravity systems and passive margins:

Deep water Nigeria, deep water Angola, deep water Brazil, Southern Gas Basin, U.K., offshore Malaysia (Sarawak), Voring Basin, offshore Norway, offshore Vietnam, Northwest Shelf, Australia

Inversion structures:

Peru, Argentina, Northwest Shelf, Voring Basin, the North Sea, Algeria, offshore Nigeria, offshore Brazil, offshore Angola, Sakhalin, Indonesia (onshore and offshore), South China Sea, Zimbabwe, California, Southern Gas Basin, Turkmenistan, Black Sea, Papua New Guinea

Thrust belts:

Southern Andes, Wyoming, Montana, Oklahoma, Canadian Arctic, Algeria, Appalachians,

Canadian Rockies, Papua New Guinea

Salt Tectonics:

Pre-Caspian Basin (Kazakhstan), offshore Angola, offshore Brazil, Southern Gas Basin, offshore Norway (Halten Terrace), Gulf of Mexico

1984-1988 Research and Teaching Assistant, The Johns Hopkins University, Baltimore, MD

1983 - 1984 Project leader/programmer, Keystone Computer Associates, Inc., Fort Washington, PA

1982-1983 Geologic programmer/analyst, Omni Exploration, Inc. Radnor, PA

1981 Instructor (Environmental Geology), Temple University, Philadelphia, PA

1978-1981 Research and Teaching Assistant, Temple University, Philadelphia, PA

 

Schlische, R. W., Withjack, M. O., and Eisenstadt, G., 2000, An experimental study of the secondary deformation produced by oblique-slip normal faulting, submitted AAPG Bull.

Eisenstadt, G., and Withjack, M.O., 1995, Underestimation of inversion - results of clay models, Geological Society of London Special Publication.

De Paor, D.G., Bradley, D.C., Eisenstadt, G., and Phillips, S.M., 1989, The Arctic Eurekan Orogen - a most unusual fold and thrust belt, Geological Society of America Bulletin, v. 101, 952-967.

Eisenstadt, G., and De Paor, D.G., 1987, Alternative model of thrust-fault propagation, Geology, v.15, p.630-633.

De Paor, D.G., and Eisenstadt, G., 1987, Stratigraphic and structural consequences of fault reversal: An example from the Franklinian Basin, Ellesmere Island, Geology, v.15, p.948 - 949.

CURRENT PUBLICATION PROJECTS

Eisenstadt, G., Withjack, M. O. and Simms, D., Deformation associated with extensional and inversion structures: differences between sand and clay models, to be submitted to the Journal of Structural Geology.

Eisenstadt, G., Withjack, M. O., and Vendeville, B., Introduction to experimental modeling of physical processes: Bureau of Economic Geology, University of Texas, Technical Report, Austin, Texas.

Eisenstadt, G., Recognizing and timing inversion on the Northwest Shelf, Australia, to be submitted to AAPG Bull.

Tindall, S., Eisenstadt, G., Withjack, M. O., and Schlische, R., Structural characteristics of oblique basement shortening, to be submitted to AAPG Bull.

ABSTRACTS

Schlische, R. W., Withjack, M. O., and Eisenstadt, G., 1999, Using scaled physical models to study deformation patterns produced by oblique-slip normal faulting: American Association of Petroleum Geologists, Program & Abstracts.

Tindall, S. E., Eisenstadt, G., Withjack, M. O., and Schlische, R. W., 1999, Interpretation of oblique compressional structures -- comparisons of field examples and physical models: American Association of Petroleum Geologists, Program & Abstracts.

Withjack, M. O., and Eisenstadt, G., 1999, Structural history of the Northwest Shelf, Australia -- an integrated geological, geophysical and experimental approach: American Association of Petroleum Geologists, Program & Abstracts.

Eisenstadt, G. and Withjack, M. O., 1997, Deformation associated with extensional and inversion structures: differences between sand and clay models: American Association of Petroleum Geologists, Program & Abstracts, v. 6, p. A32-A33.

Reed, T., and Eisenstadt, G., 1994, Evaluation of restored cross sections, Balancing Conference, Geological Society of London

Cunningham, A. E., Prebish, M. R., Eisenstadt, G., Norris, J. W., and Letsch, D. K., 1994, Late compressional features, East China Sea Shelf Basin: International American Association of Petroleum Geologists Meeting, Kuala Lumpar.

Eisenstadt, G. and Withjack, M. O., 1993, Underestimation of Inversion: Results of Clay-Model Studies, Inversion Conference: Geological Society of London, Oxford.

Eisenstadt, G., 1990, A Strain Grid and Line Length Balanced Cross Section Through the Innuitian Fold and Thrust Belt, Arctic Canada: Thrust Tectonics Conference, University of London

Eisenstadt, G. and De Paor, D. G., 1988, The Melvillian Extension Event in Central Ellesmere: Spring meeting, American Geophys. Union, Baltimore, MD

Eisenstadt, G., 1988, Structural evaluation of Ellesmerian tectonics, Central Ellesmere Island: Geol. Assoc. Canada, St. John's, Newfoundland.

Eisenstadt, G., and De Paor, D.G., 1987, Evidence for fault reversal during inversion of the Franklinian Basin, Ellesmere Island: Geol. Soc. Am., v. 19, p. 653

De Paor, D.G., Bradley, D., Phillips, S.M., and Eisenstadt, G., 1986, Interplay of thrust and dextral wrench tectonics in the Eurekan orogeny: Implications for plate movement directions: Geological Association of Canada-Mineralogical Association of Canada, Joint Annual Meeting, v.11, p. 62.

De Paor, D.G., Bradley, D., Phillips, S., and Eisenstadt, G., 1986, Eurekan structure and tectonics of the Vesle Fiord area, Canadian Arctic Archipelago: Geol. Assoc. Canada, Ottawa.

 

INTERNAL COMPANY REPORTS AND COURSES

Cucci, M., Eisenstadt, G, and Tillman, K., 1999, Stratigraphic and structural development of OPL 215, offshore Nigeria.

Eisenstadt, G., and Anderson, A. 1999, Structural Analysis of Block BC-10, Campos Basin, Brazil.

Eisenstadt, G., 1998, Structural history of Block 20, Offshore Angola.

Withjack, M., and Eisenstadt, G. 1998, Structural Review of the Northern Carnarvon Basin, NW Shelf, Australia

Sheridan, J., and Eisenstadt, G., 1998, Structural Study of the Southern Ahnet Basin, Algeria

Eisenstadt, G. 1996, Ebeiso Prospect Evaluation, offshore Nigeria

Withjack, M., and Eisenstadt, G., 1995, Structural Evolution of the Nam Con Son Basin, offshore Vietnam

Eisenstadt, G., 1995, Structural Restorations of the Nam Con Son Basin, offshore Vietnam.

Eisenstadt, G., 1995, Structural Analysis of Block 34/5, Tampen Spur Area, Norway

Eisenstadt, G., Evans, R., Hennings, P., and Withjack, M., 1993, Structural Analysis of Seismic Data, North and East Pre-Caspian Depression

Eisenstadt, G., and Reed, T., 1993, Evaluation and Analysis of Cross Section Balancing Software

Eisenstadt, G., 1993, Timing of Structural Deformation in Cumi-Cumi Area, West Natuna

Eisenstadt, G., 1992, Structural analysis of Blocks 30/8 and 31/1, offshore Norway

Eisenstadt, G., 1992, Structural Reconstruction of Seismic Data from Zimbabwe

Withjack, M., and Eisenstadt, G., 1991, Structural evolution of the Sarawak deep-water area, offshore Malaysia

Eisenstadt, G., 1990, Interpretation of Structures, Northern Ucayali Basin, Peru

 

Seismic Structural Analysis Seminar (co-taught with M. Withjack and P. Hennings)

An integrated course that taught seismic interpretation together with geometric analysis of structures and restoration techniques (5 day course).

Interpretation of Compressional Structures Field Seminar (co-taught with P. Hennings and J. Wickham)

Field-based seminar that taught the concepts of seismic interpretation, extrapolation of surface data to depth, cross section construction, and petroleum system analysis in compressional tectonic systems (10 day course presented yearly in Wyoming, Montana, and Alberta, Canada).

A course that taught the recognition and mechanics of structures formed by fault reactivation. Course centers around exercises using seismic, field, and experimental data to illustrate the range of structural geometries of inversion structures and their impact on the petroleum system (3 day course offered yearly in Dallas).

Restoration and Geometric Analysis (co-taught with M. Withjack and P. Hennings)

A course that taught the fundamentals of restoration and geometric analysis of structures. Exercises and lectures are designed to apply these techniques to seismic interpretation in salt, extensional, compressional, and inverted provinces (3 day course presented in Stavanger, Norway (1994), Dallas, Texas (1994, 1995, 1997) and Kuala Lumpur, Malaysia (1996)).

Introduction to Physical Modeling (co-taught with M. Withjack)

A course that taught participants to critically evaluate the results of experimental studies and to apply the results to their own work (2 day course taught in Stavanger, Norway (1994) and Dallas, Texas (1994)).

Introduction to experimental modeling of tectonic processes (co-taught with B. Vendeville and M. Withjack)

2-day course offered at Geological Society of America for 1995 Annual Meeting in New Orleans,

and at American Assoc. Petroleum Geologists for 1997 Annual Meeting in Dallas.

1995 Discussion Leader, Gordon Conference on Rock Deformation

1996 Co-Chairman, AAPG session on "Exploring and Modeling Complex Structural Regimes"

1997 Co- Chairman, AAPG session on "Inversion Tectonics"

1992-present Technical reviewer, American Association of Petroleum Geologists, Journal of Structural Geology, Tectonophysics