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Cerro Prieto geothermal-field - CFEs geophysical studies 

Fonseca, Hl; Davenport, C; Cruz, Ip; Delapena, A; Curiel, Sd; Fonseca, Hl; Davenport, C; Cruz, Ip; Delapena, A; Curiel, Sd
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Geophysical exploration and delineation of the Cerro-Prieto geothermal reservoir 

Goldstein, Ne; Wilt, M; Goubau, W; Miracky, R; Goldstein, Ne; Wilt, M; Goubau, W; Miracky, R
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Inversion of self-potential data from the Cerro-Prieto geothermal-field, Mexico 

Fitterman, Dv; Corwin, Rf; Fitterman, Dv; Corwin, Rf
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Inversion of self-potential data from Cerro Prieto geothermal-field, Mexico 

Fitterman, Dv; Corwin, Rf; Fitterman, Dv; Corwin, Rf
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Resistivity studies at the Cerro Prieto geothermal-field, Baja California, Mexico 

Wilt, M; Goldstein, Ne; Wilt, M; Goldstein, Ne
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Dipole-Dipole resistivity monitoring at the Cerro-Prieto geothermal-field 

Wilt, Mj; Goldstein, Ne; Wilt, Mj; Goldstein, Ne
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Hydrothermal hydrocarbon gases: 1, genesis and geothermometry 

Darling, Wg; Darling, Wg
Various sources for hydrothermal CH4 have been proposed over the years. While C isotope studies have narrowed the possibilities, enough higher hydrocarbon gas data now exist both to supplement the isotopic data and to ...
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Recent vertical deformation in Mexicali Valley and its relationship with tectonics, seismicity, and the exploitation of the Cerro Prieto Geothermal Field, Mexico 

Glowacka, E; Gonzalez, J; Fabriol, H; Glowacka, E; Gonzalez, J; Fabriol, H
The interpretation of the results of regional and local leveling which began in 1977 in the Mexicali Valley and the local short profile precision leveling which started in 1994 are discussed. The relation of vertical ...
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Two M-w 4.8 Cerro Prieto, Baja California, Mexico, earthquakes on 1 June and 10 September 1999: Strong-motion observations 

Gonzalez, M; Munguia, L; Vidal, A; Wong, V; Gonzalez, M; Suarez, F; Gonzalez, M; Munguia, L; Vidal, A; Wong, V; Gonzalez, M; Suarez, F
We analyzed the strong-motion records of two M, 4.8 normal-fault earthquakes that occurred in June and September 1999 in the sedimentary environment of the Mexicali Valley. Peak ground accelerations of up to 0.452g were ...
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Intermediate-term declines in seismicity at Mt. Wrangell and Mt. Veniaminof volcanoes, Alaska, following the 3 November 2002 M-W 7.9 Denali fault earthquake 

Sanchez, Jj; Mcnutt, Sr; Sanchez, Jj; Mcnutt, Sr
The M-W 7.9 Denali fault earthquake ruptured segments of the Susitna Glacier, Denali, and Totschunda faults in central Alaska, providing a unique opportunity to look for intermediate-term (weeks to months) responses of ...

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AuthorGoldstein, Ne (3)Corwin, Rf (2)Fitterman, Dv (2)Wilt, M (2)Cruz, Ip (1)Curiel, Sd (1)Darling, Wg (1)Davenport, C (1)Delapena, A (1)Fabriol, H (1)... View MoreSubject
Geochemistry & Geophysics (10)
Geothermal exploration (10)
Cerro Prieto; Imperial fault; geothermal field; subsidence; seismicity (1)FISCHER-TROPSCH SYNTHESIS; ISOTOPIC COMPOSITIONS; LIGHT-HYDROCARBONS; HELIUM-ISOTOPES; NATURAL GASES; CERRO-PRIETO; NEW-ZEALAND; ORIGIN; GEOCHEMISTRY; SYSTEM (1)FLUID EXTRACTION; BAJA-CALIFORNIA; EARTHQUAKES; BASIN (1)NONLINEAR SEDIMENT RESPONSE; GROUND-MOTION; NORTHRIDGE EARTHQUAKE; IMPERIAL-VALLEY; FIELD (1)RECTIFIED DIFFUSION; SOURCE MECHANISM; CALIFORNIA; MAGNITUDE; ERUPTION; LANDERS; WAVES (1)... View More

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