Application of Non-Seismic Methods to Analyze and Model the Geome
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Application of Non-Seismic Methods to Analyze and Model the Geome
University of Texas at El PasoScholarWorks@UTEPOpen Access Theses & Dissertations43831Application of Non-Seismic Methods to Analyze and Model the Geom Application of Non-Seismic Methods to Analyze and Model the Geomemetry of the Northern Margin of the Onion Creek Salt Diapir, Paradox Basin, UtahJulia Michelle AstromovichUniversity of Texas at El PasoFollow this and additional works at: https://scholarworks.utep.edu/open_etd& Part of the Geophysics and Seismology CommonsRecommended CitationAstromovich, Julia Mic Application of Non-Seismic Methods to Analyze and Model the Geomehelle, ’Application of Non-Seismic Methods to Analyze and Model the Geometry of the Northern Margin of the Onion Creek Salt Diapir, Paradox Basin, UtaApplication of Non-Seismic Methods to Analyze and Model the Geome
h’ (2020). open Access Theses & Dissertations. 3141.https://scholarworksutep.edu/open_etd/3141This is brought to you for free and open access by ScholUniversity of Texas at El PasoScholarWorks@UTEPOpen Access Theses & Dissertations43831Application of Non-Seismic Methods to Analyze and Model the Geom Application of Non-Seismic Methods to Analyze and Model the Geomeinformation, please contact lweber@utep.edu.APPLICATION OF NON-SEISMIC METHODS TO ANALYZE AND .MODEL THEGEOMETRY OF THE NORTHERN MARGIN OF THE ONION CREEKSALT DIAPIR. PARADOX BASIN. UTAHJULIA MICHELLE ASTROMOVICHMaster's Program in GeophysicsAPPROVED:Diane Doser, P11.D., ChairKatherine Giles. Ph.D.W Application of Non-Seismic Methods to Analyze and Model the Geomeilliam Houston. Ph.D.Stephen L. Crites. Jr.. Ph.D.Dean of the Graduate SchoolCopyright ©byJulia Astromovich2020DEDICATIONI would like to dedicate thisApplication of Non-Seismic Methods to Analyze and Model the Geome
thesis to my family, mentors, and teachers who have helped me get here. I stand on the shoulders of giants and could not have done this without theirUniversity of Texas at El PasoScholarWorks@UTEPOpen Access Theses & Dissertations43831Application of Non-Seismic Methods to Analyze and Model the Geom Application of Non-Seismic Methods to Analyze and Model the Geome for the sciences at a young age. I would also like to thank my grandparents and aunts for the support and attending my virtual defense. To have the whole family behind me meant the world. I would also like to dedicate this thesis to my teachers from kindergarten all the way to my graduate years. Th Application of Non-Seismic Methods to Analyze and Model the Geomeese individuals taught me the skills I needed to succeed from reading and writing at a young age. to artistic skill to create my many figures, to howApplication of Non-Seismic Methods to Analyze and Model the Geome
to write an academic paper, and the geoscience skills I enjoyed learning the most. I would also like dedicate this thesis to my undergraduate mentor, University of Texas at El PasoScholarWorks@UTEPOpen Access Theses & Dissertations43831Application of Non-Seismic Methods to Analyze and Model the Geom Application of Non-Seismic Methods to Analyze and Model the Geomeke Superior State University. Also, a big thank you to Bill Houston for helping me develop my profession skills and always being just a phone call away to keep my mental health in check. Where Paul gave me my love for field work and geophysics. Bill bestowed upon me my passion for the challenges of Application of Non-Seismic Methods to Analyze and Model the Geomethe oil and gas industry and sedimentology. Lastly. I would like to dedicate this thesis to my current advisor, Diane Doser, who is one of the best teApplication of Non-Seismic Methods to Analyze and Model the Geome
achers I have ever had with the right balance of challenge and knowledge packed into her courses. With all of these folks behind me and cheering me onUniversity of Texas at El PasoScholarWorks@UTEPOpen Access Theses & Dissertations43831Application of Non-Seismic Methods to Analyze and Model the Geom Application of Non-Seismic Methods to Analyze and Model the GeomeERN MARGIN OF THE ONION CREEKSALT DIAPIR. PARADOX BASIN. UTAHUniversity of Texas at El PasoScholarWorks@UTEPOpen Access Theses & Dissertations43831Application of Non-Seismic Methods to Analyze and Model the GeomGọi ngay
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