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Pleito Field

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Journal Article
Journal: AAPG Bulletin
Published: 01 February 1973
AAPG Bulletin (1973) 57 (2): 437–438.
...Ann Tipton Abstract Exceptional foraminiferal sequences of Zemorrian and Saucesian (Oligocene-Miocene) age occur in the subsurface of the southwestern San Joaquin Valley in sediments referable to the Pleito and Temblor Formations. Downdip from the basin margin, these subsurface sequences...
Journal Article
Journal: AAPG Bulletin
Published: 01 August 1994
AAPG Bulletin (1994) 78 (8): 1257–1275.
... in the local fold axes and reverse faults of Pliocene age and younger. Second, at the extreme southern reaches of the SSJV in the San Emidio, Los Lobos, Pleito, Wheeler Ridge, and North Tejon fields, another systematic, but localized, reorientation in the stress field indicates an abrupt change...
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Image
—Detailed SHmax directions observed for each well for the Pleito production field and related rose diagram. Data with errors ≤= 15° (Table 2) were used to compute the statistically length-weighted SHmax average of 40.6° ± 13.4°.
Published: 01 August 1994
Figure 9 —Detailed S Hmax directions observed for each well for the Pleito production field and related rose diagram. Data with errors ≤= 15° ( Table 2 ) were used to compute the statistically length-weighted S Hmax average of 40.6° ± 13.4°.
Image
—Schematic northeast-southwest geologic cross section across the White Wolf fault and the Pleito and North Tejon production fields. Location of cross section is shown in Figure 3. Note the blind thrust faults beneath the east-west–trending fold axes. After Medwedeff (1988).
Published: 01 August 1994
Figure 13 —Schematic northeast-southwest geologic cross section across the White Wolf fault and the Pleito and North Tejon production fields. Location of cross section is shown in Figure 3 . Note the blind thrust faults beneath the east-west–trending fold axes. After Medwedeff (1988) .
Image
—Generalized geologic map of the southern San Joaquin Valley showing oil and gas production fields. MB = Maricopa Basin; TE = Tejon Embayment; PWR = Pleito/Wheeler Ridge thrust faults; KCF = Kern Canyon fault; BF = Brakenridge fault; BPMF = Big Pine Mountain fault; SER = San Emigdio Range.
Published: 01 August 1994
Figure 1 —Generalized geologic map of the southern San Joaquin Valley showing oil and gas production fields. MB = Maricopa Basin; TE = Tejon Embayment; PWR = Pleito/Wheeler Ridge thrust faults; KCF = Kern Canyon fault; BF = Brakenridge fault; BPMF = Big Pine Mountain fault; SER = San Emigdio
Journal Article
Journal: AAPG Bulletin
Published: 01 November 1988
AAPG Bulletin (1988) 72 (11): 1297–1322.
...Peter G. Decelles ABSTRACT The Eocene to lower Miocene fill of the southern San Joaquin basin contains three complete depositional sequences—the Tejon, San Emigdio, and Pleito—each of which corresponds to a formal formation. The Tejon sequence (lower to middle Eocene) is marine and incorporates...
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Journal Article
Journal: GSA Bulletin
Published: 01 January 2000
GSA Bulletin (2000) 112 (1): 86–97.
... along the older, more southerly structures. The main objective of our soils work is to assist in the correlation of late Pleistocene and Holocene alluvial surfaces and to establish a relative chronology. On the basis of field mapping and soils analysis, four major late Pleistocene–Holocene units...
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Journal Article
Journal: AAPG Bulletin
Published: 01 April 2017
AAPG Bulletin (2017) 101 (4): 607–615.
...; MTN = Mountain; NFMT = North Frazier Mountain thrust; NT = North Tejon oil field; ORF = Oak Ridge fault; PMT = Pine Mountain thrust; PTS = Pleito thrust system; SCT = San Cayetano thrust (SCT1 and SCT2 are splays); SFMT = South Frazier Mountain thrust; SGF = San Guillermo fault; SL = sea level; SMT...
FIGURES
Image
 (A) Structural transect across the western Transverse Ranges (modified from Namson and Davis, 1988b). Note southward dip of San Andreas fault (SAF) that is required by restoration of the Pleito thrust system. (B) Line-length restoration of late Pliocene through Quaternary compressive structures along cross section (modified from Namson and Davis, 1988b). Restoration shows late Eocene and Oligocene convergence (Ynezian orogeny), Miocene and Pliocene normal faults, and SAF strike-slip offset. The SAF restores to a vertical fault, separating terrain now offset horizontally approximately 100 km (62 mi) since late Pliocene. (C) and (D) Schematic cross sections showing how shortening above the brittle-ductile transition is caused by subduction of the lower crust and lithosphere of the Pacific plate and the shallow part of the plate boundary is translated over the leading edge of the North American plate (modified from Namson and Davis, 1988b). (C) Shows the edge of the North American plate as a vertical buttress to deformation. (D) Shows the leading edge of the North American plate as a crustal-scale wedge driven into the Pacific plate. Circled A (away) and T (toward) indicate strike-slip motion of the SAF in and out of plane of section. CCF = Caballo Canyon fault; Fm = Formation; LF = Lion Fault; LMA = Lion Mountain anticline; MTN = Mountain; NFMT = North Frazier Mountain thrust; NT = North Tejon oil field; ORF = Oak Ridge fault; PMT = Pine Mountain thrust; PTS = Pleito thrust system; SCT = San Cayetano thrust (SCT1 and SCT2 are splays); SFMT = South Frazier Mountain thrust; SGF = San Guillermo fault; SL = sea level; SMT = South Mountain thrust; SYF = Santa Ynez fault; TT = Tejon thrust; VA = Ventura Avenue anticline; WRA = Wheeler Ridge anticline; WRT = Wheeler Ridge thrust; WWF = White Wolf fault.
Published: 01 April 2017
strike-slip motion of the SAF in and out of plane of section. CCF = Caballo Canyon fault; Fm = Formation; LF = Lion Fault; LMA = Lion Mountain anticline; MTN = Mountain; NFMT = North Frazier Mountain thrust; NT = North Tejon oil field; ORF = Oak Ridge fault; PMT = Pine Mountain thrust; PTS = Pleito
Image
—Stress map of the southern San Joaquin Valley in the vicinity of the White Wolf fault. The inward facing arrows indicate the directions of the maximum horizontal principal compressive stress (SHmax) inferred from well-bore breakouts. Labeled stress symbols identify those data analyzed in this study. Shown are results from the Elk Hills, Mountain View, Paloma, Yowlumne North, Yowlumne, Rio Viejo, San Emidio, Pleito, Wheeler Ridge, North Tejon, and Los Lobos production fields. Data from each of the wells are represented in detail in Tables 1 and 2. The dashed lines are the fold axes (Page, 1981), which subparallel the shallow thrust faults (saw-toothed lines). The star is the epicentral location of the 1952 Ms 7.8 Kern County earthquake. Cross section AA’ is shown in Figure 13.
Published: 01 August 1994
in this study. Shown are results from the Elk Hills, Mountain View, Paloma, Yowlumne North, Yowlumne, Rio Viejo, San Emidio, Pleito, Wheeler Ridge, North Tejon, and Los Lobos production fields. Data from each of the wells are represented in detail in Tables 1 and 2 . The dashed lines are the fold axes ( Page
Journal Article
Journal: AAPG Bulletin
Published: 01 August 1947
AAPG Bulletin (1947) 31 (8): 1505–1509.
... of Ventura basin faults. Santa Susana fault ( Fig. 2 ).—The Tide Water Associated Oil Company’s Porter well, No. 12 in the Aliso Canyon oil field, penetrated 400 feet of fractured Modelo brown shale of middle Miocene age, after going through the massive Topanga 5 sandstone of lower Miocene age...
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Journal Article
Journal: GSA Bulletin
Published: 01 December 2020
GSA Bulletin (2021) 133 (7-8): 1441–1464.
... southwestward into the subsurface ( Pence, 1985 ), where it is penetrated by wells at Elk Hills and Buena Vista fields. Carneros submarine fan sandstone contains detrital radiolarian chert and porphyritic felsite that were likely sourced from the exposed Mesozoic Franciscan subduction complex and Cretaceous...
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Journal Article
Journal: AAPG Bulletin
Published: 01 May 1926
AAPG Bulletin (1926) 10 (5): 495–501.
...George M. Cunningham ABSTRACT This paper treats of the location and economic importance of the field. The formations described are of Miocene and Pliocene age. The Wheeler Ridge anticline is an asymmetric fold, the north flank having the steeper dips. The structure is closed, the highest part...
FIGURES
Image
Map showing pre–16 Ma palinspastic alignment of Pinnacles and Neenach volcanic complexes (∼315 km offset) with Mesozoic plutonic rocks (gray) and Cenozoic volcanic rocks (orange). Trace of the future San Andreas fault zone is expanded (cross-hatched area) to highlight cross-fault correlations and to annotate distances between key geologic features. Granitic basement of northernmost Salinian block (pink) is misaligned with Cenozoic deep-water fan (yellow) of the central Temblor Range (this study; ∼360 km offset) by ∼45 km. Faults and structural domains that have resulted in postdepositional northwest-southeast extension (blue) or shortening (red) of the Salinian block and Sierra Nevada block are shown. Note that longitude and latitude indicated west and east of the San Andreas fault are respective to modern locations of the Salinian block and North America. Faults: Bf—Butano fault; Cf—Chalone fault; Gf—Garlock fault; LHf—La Honda fault; Paf—Pastoria fault; Pf—Pilarcitos fault; Pif—Pinnacles fault; Plf—Pleito fault; RRf—Rinconada-Reliz fault; WRf—Wheeler Ridge fault; WWf—White Wolf fault; Z-Vf—Zayante-Vergeles fault. Geographic features of the Salinian block: BL—Ben Lomond Mountain; CV—Carmel Valley; GR—Gabilan Range; MM—Montara Mountain; MY—Monterey Peninsula; PV—Pinnacles Volcanics; SJB—San Juan Bautista; SL—Santa Lucia Range; SV—Salinas Valley; Zv—Zayante volcanics. Geographic features of the San Joaquin basin and Mojave Desert: BV—Buena Vista field; EH—Elk Hills field; NV—Neenach volcanics; PP—Polonio Pass; SEM—San Emigdio Mountains; THM—Tehachapi Mountains; TR—Temblor Range (n—north, c—central, s—south). Depositional tie: RP—Recruit Pass fan.
Published: 01 December 2020
; Cf—Chalone fault; Gf—Garlock fault; LHf—La Honda fault; Paf—Pastoria fault; Pf—Pilarcitos fault; Pif—Pinnacles fault; Plf—Pleito fault; RRf—Rinconada-Reliz fault; WRf—Wheeler Ridge fault; WWf—White Wolf fault; Z-Vf—Zayante-Vergeles fault. Geographic features of the Salinian block: BL—Ben Lomond
Journal Article
Journal: AAPG Bulletin
Published: 01 February 1936
AAPG Bulletin (1936) 20 (2): 215–225.
... shale, middle Temblor, etc. Zemorrian “ Turritella inezana zone” 49 of the type Vaqueros, upper San Lorenzo formation, 50 etc. Refugian San Emigdio and lower Pleito formations, Tumey formation, Lincoln formation, “ Turritella variata zone,” etc. Unnamed stage Tejon restricted, 51...
Journal Article
Journal: AAPG Bulletin
Published: 01 October 1981
AAPG Bulletin (1981) 65 (10): 1781–1791.
...T. W. Dignes; D. Woltz ABSTRACT In the onshore area of California, 403 exploratory wells were drilled during 1980; 133 were successfully completed as producers. Five new gas fields and 4 new oil fields can be called ‘significant new discoveries’ found by exploratory drilling during 1980...
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Journal Article
Journal: AAPG Bulletin
Published: 01 January 2013
AAPG Bulletin (2013) 97 (1): 103–143.
... anticline. The origin of family 22 is unclear based on locations of the pools, but it is presumed to come from the Buttonwillow depocenter, as discussed below ( Figures 9 , 13 ). Family 20 contains 10 samples from the San Emidio Nose (1), Pleito Ranch (5), Elk Hills (1), and Los Lobos (1) fields...
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Journal Article
Journal: AAPG Bulletin
Published: 01 April 1932
AAPG Bulletin (1932) 16 (4): 361–371.
... of the oil and gas fields of the southern part of the state, where a maximum thickness of 7,000 feet has been recorded. 1 Read before the Pacific Section of the Association al the Los Angeles meeting, November 5, 1931. Manuscript received, January 4, 1932. 2 Consulting petroleum geologist...
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Journal Article
Journal: AAPG Bulletin
Published: 01 August 2017
AAPG Bulletin (2017) 101 (8): 1239–1261.
... in the southern end of the valley, and most of these are from the Wheeler Ridge field. Several of these samples show water in the USDW salinity range. One well in the Pleito field also has an analysis indicating the possible presence of protected water at 730 m (2394 ft). Because the map in Figure 4 does...
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Journal Article
Journal: AAPG Bulletin
Published: 01 September 1993
AAPG Bulletin (1993) 77 (9): 1488–1501.
... Mountain oil fields) and in the southernmost end of the basin in the San Emigdio area. Sampled wells in the San Emigdio area occur within and in the vicinity of the Pleito-White Wolf and Tejon oil fields. Figure 1 —Location of drill holes from which samples were taken. Modified from Index Map D...
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