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La Gallega

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Journal Article
Published: 01 April 1972
American Mineralogist (1972) 57 (3-4_Part_1): 354–363.
...I. S. Oen; E. A. J. Burke; C. Kieft; A. B. Westerhof Abstract A Co-bearing nickel-rich iron monoarsenide corresponding in composition and structure: to a Ni-rich member of the orthorhombic FeAs-(Fe,Ni)As solid solution series of synthetic alloys occurs in chromite-niccolite ores from La Gallega...
Journal Article
Journal: Economic Geology
Published: 01 October 1973
Economic Geology (1973) 68 (6): 831–842.
...I. S. Oen Abstract Mineralogical evidence indicates that cordierite rocks and associated chromite-niccolite ores occurring in alpine-type ultramafics at Los Jarales and La Gallega in Malaga province, southern Spain, crystallized within range of liquidus temperatures below 1,300 degrees C but above...
Image
NNE-SSW trending stratigraphic transect B of uppermost Jurassic-Lower Cretaceous formations, depositional sequences, and their relations in the western Cameros Basin, with location of samples. Fa and Fb indicate location of deduced basement faults. BRZ, Brezales section; GAS, La Gallega southern section; GAN, La Gallega northern section; MON, Moncalvillo section; CTV, Castrovido section; TRZ and TRR, Terrazas section. See Figure 1 for location of sections.
Published: 01 March 2003
Figure 4 NNE-SSW trending stratigraphic transect B of uppermost Jurassic-Lower Cretaceous formations, depositional sequences, and their relations in the western Cameros Basin, with location of samples. Fa and Fb indicate location of deduced basement faults. BRZ, Brezales section; GAS, La Gallega
Image
Schematic paleogeographic reconstruction for the earliest syn-rift stages (Tithonian) of the W Cameros Basin (modified from Sacristán-Horcajada et al. 2015): A) Stage 1, predominantly characterized by the development of alluvial systems (Brezales Fm) and B) Stage 2, predominantly characterized by the extensive development of lacustrine–palustrine systems (Boleras Fm); see also Figure 1. C) Most representative schematic sections illustrating the facies associations distinguished in the study area: Rupelo (RU), Mamolar Norte (MAN), La Gallega Sur (GAS), Vizcaínos (VZ), and Terrazas 2 (TR2).
Published: 01 March 2016
characterized by the extensive development of lacustrine–palustrine systems (Boleras Fm); see also Figure 1 . C) Most representative schematic sections illustrating the facies associations distinguished in the study area: Rupelo (RU), Mamolar Norte (MAN), La Gallega Sur (GAS), Vizcaínos (VZ), and Terrazas 2
Image
Reflected-light optical microscope photographs showing: (a) chromite-bearing sulfide layer interbedded with chromite-bearing nickelite-(löllingite) layer; (b) maucherite grains coexisting with pyrrhotite included between chromite crystals; (c) maucherite grains with curved boundaries including small chromite crystals in pyrrhotite; and (d) subrounded maucherite grains hosted by pyrrhotite and surrounded by thin rims of cobaltitegersdorffite. Photographs a and b are from the Cr-Ni ores at La Gallega Mine in the Serranía de Ronda, Spain, and photographs c and d are from the Amasined Cr-Ni mineralization in the Beni Bousera ultramafic massif, Morocco.
Published: 01 December 2020
boundaries including small chromite crystals in pyrrhotite; and ( d ) subrounded maucherite grains hosted by pyrrhotite and surrounded by thin rims of cobaltitegersdorffite. Photographs a and b are from the Cr-Ni ores at La Gallega Mine in the Serranía de Ronda, Spain, and photographs c and d
Image
A) Geographic and geological setting of the study area (modified from Mas et al. 2002). B) Stratigraphic framework of the studied sedimentary record, DS1 squared (modified from Mas et al. 2002); St1, Stage 1; St2, Stage 2. C) Location of the twenty-eight stratigraphic sections studied for this work (modified from Mas et al. 2002): Torrelara (TO), Paules (PA), Aceña (AC), Morrión (MO), Rupelo (RU), San Millán (SM), Cubillejo (CU), Quintanilla (QU), Campolara (CA), Hortigüela (HO), Vizcainos (VZ), Jaramillo Quemado (JQ), Pinilla de los Moros (PM); Castrovido (CTV), Terrazas 2 (TR2), Terrazas 1 (TR1), Moncalvillo (MN), Arroyo del Helechal (AHE), Mamolar Norte (MAN), Mamolar Sur (MAS), Pinilla de los Barruecos (PI), La Gallega Sur (GAS), Talveila (TAL), Doña Santos (DS), Camino Forestal (CF), Área Recreativa (AR), Brezales (BR), and Espejón (ES).
Published: 01 March 2016
(TR2), Terrazas 1 (TR1), Moncalvillo (MN), Arroyo del Helechal (AHE), Mamolar Norte (MAN), Mamolar Sur (MAS), Pinilla de los Barruecos (PI), La Gallega Sur (GAS), Talveila (TAL), Doña Santos (DS), Camino Forestal (CF), Área Recreativa (AR), Brezales (BR), and Espejón (ES).
Image
A) Geological setting of Cameros Basin (modified from Mas et al. 2002, 2003) with location of geological cross sections of Part B and the studied sector of Part C. B) Geological cross sections through the Cameros Basin (1–1′, 2–2′ and 3–3′) (modified from Guimerà et al. 1995 and Mas et al. 2003). C) Location of the twenty-eight stratigraphic sections studied for this work (modified from Mas et al. 2002, 2003): Torrelara (TO), Paules (PA), Aceña (AC), Morrión (MO), Rupelo (RU), San Millán (SM), Cubillejo (CU), Quintanilla (QU), Campolara (CA), Hortigüela (HO), Vizcainos (VZ), Jaramillo Quemado (JQ), Pinilla de los Moros (PM), Castrovido (CTV), Terrazas 2 (TR2), Terrazas 1 (TR1), Moncalvillo (MN), Arroyo del Helechal (AHE), Mamolar Norte (MAN), Mamolar Sur (MAS), Pinilla de los Barruecos (PI), La Gallega Sur (GAS), Talveila (TAL), Doña Santos (DS), Camino Forestal (CF), Área Recreativa (AR), Brezales (BR), and Espejón (ES).
Published: 01 July 2015
(VZ), Jaramillo Quemado (JQ), Pinilla de los Moros (PM), Castrovido (CTV), Terrazas 2 (TR2), Terrazas 1 (TR1), Moncalvillo (MN), Arroyo del Helechal (AHE), Mamolar Norte (MAN), Mamolar Sur (MAS), Pinilla de los Barruecos (PI), La Gallega Sur (GAS), Talveila (TAL), Doña Santos (DS), Camino Forestal (CF
Journal Article
Published: 01 February 1990
Journal of the Geological Society (1990) 147 (1): 165–175.
...; Figs 2-4) was formerly interpreted as a simple NW-SE trending reverse fault or thrust with decollement on basal Jurassic Carniolas evaporites (Murillo-Velarde & Melendez-Hevia 1972). Field mapping (Platt 1986; Fig. 4) has shown the presence northwest of La Gallega of a stack of up to six imbricate...
Journal Article
Published: 01 June 2017
Journal of Sedimentary Research (2017) 87 (6): 672–673.
... Formation, 400 m northwest of the village and 200 m west of the forest road which heads north alongside Rio Espejón towards La Gallega. The locality described lies adjacent to a quarry where, amongst other rock types, the polymict conglomerates of the Señora de Brezales Formation were exploited to yield...
Journal Article
Published: 01 January 2017
Journal of Sedimentary Research (2017) 87 (1): 12–13.
...) , as for example at La Gallega, Pinilla de los Barruecos, and around Quintanilla de las Viñas, lie in lows defined by synsedimentary faults, where alluvial-fan facies are largely confined within fault-bounded lows and channels, which were separated by karstified highs in between. The work of Platt and Pujalte...
Journal Article
Published: 01 June 2017
Journal of Sedimentary Research (2017) 87 (6): 674–676.
... that correspond to marine pre-rift deposits. In the southern sector of the West Cameros Basin, from NW to SE, the Brezales Fm unconformably lies on various marine and coastal Jurassic units. In the Mamolar–La Gallega–Nuestra Señora de Brezales Chapel area, the Brezales Fm lies unconformably on the Callovian red...
FIGURES
Journal Article
Published: 01 March 2003
Journal of Sedimentary Research (2003) 73 (2): 309–327.
...Figure 4 NNE-SSW trending stratigraphic transect B of uppermost Jurassic-Lower Cretaceous formations, depositional sequences, and their relations in the western Cameros Basin, with location of samples. Fa and Fb indicate location of deduced basement faults. BRZ, Brezales section; GAS, La Gallega...
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Journal Article
Published: 01 January 2017
Journal of Sedimentary Research (2017) 87 (1): 14–16.
... of the study area, the unconformity developed over the Middle–Upper Jurassic sandstones and conglomerates. Specifically, in this southern sector, the Brezales Fm lies unconformably on the following units, from NW to SE: the Callovian red sandstone of the Pozalmuro Fm (e.g., Mamolar–La Gallega–Nuestra Señora de...
Journal Article
Published: 01 August 1994
Journal of the Geological Society (1994) 151 (4): 715–726.
..., Jaramilla Quemado; L, Lomilla; LG, La Gallega; LS, Loma Somera; M, Mamolar; ML, bfambrih de LaW p, Piedrahita de Mufib; Q, Quintanilla de las Viiias; QA, Quintanilla de An; R, Rupelo; T, Talveila; VP, Vega de Pas. JURASSIC-CRETACEOUS ORRELATI N, SPAIN 717 1966; Robles et al. 1989; Quesada et al. 1993...
Journal Article
Published: 01 March 2016
Journal of Sedimentary Research (2016) 86 (3): 268–286.
... characterized by the extensive development of lacustrine–palustrine systems (Boleras Fm); see also Figure 1 . C) Most representative schematic sections illustrating the facies associations distinguished in the study area: Rupelo (RU), Mamolar Norte (MAN), La Gallega Sur (GAS), Vizcaínos (VZ), and Terrazas 2...
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Journal Article
Published: 01 August 2017
European Journal of Mineralogy (2017) 29 (4): 635–644.
... = 14) 0.06 4.97 0.05 0.15 22.00 San Juan ( n = 15) * 0.25 0.72 – 0.93 57.70 La Gallega ( n = 14) * 0.13 2.19 – 0.08 5.80 * Piña et al. (2015) ; ** Piña et al. (2013) . In spite of very high Pd concentrations in minerals such as gersdorffite (up to 1563 ppm...
Journal Article
Published: 01 November 2003
American Mineralogist (2003) 88 (11-12): 1844–1852.
...., and Westerhof, A.B. ( 1972 ) Westerveldite, (Fe,Ni,Co)As, a new mineral from La Gallega, Spain. American Mineralogist , 57 , 354 –363. Penn, L.R. and Banfield, J.F. ( 1999 ) Morphology development and crystal growth in nanocrystalline aggregates under hydrothermal conditions: Insights from titania...
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Journal Article
Journal: Lithosphere
Publisher: GSW
Published: 02 August 2019
Lithosphere (2019) 11 (5): 708–721.
... sections: Geometric constraints on the evolution of the Pyrenees : Tectonics , v. 8 , p. 41 – 50 , https://doi.org/10.1029/TC008i001p00041 . Santanach , P. , 1994 , Las cuencas terciarias gallegas en la terminación occidental de los relieves pirenaicos : Cadernos do Laboratorio Xeolóxico...
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Journal Article
Published: 01 December 2020
American Mineralogist (2020) 105 (12): 1889–1897.
... boundaries including small chromite crystals in pyrrhotite; and ( d ) subrounded maucherite grains hosted by pyrrhotite and surrounded by thin rims of cobaltitegersdorffite. Photographs a and b are from the Cr-Ni ores at La Gallega Mine in the Serranía de Ronda, Spain, and photographs c and d...
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Journal Article
Published: 01 July 2009
Journal of Foraminiferal Research (2009) 39 (3): 166–179.
.... , Gago-Duport , L. , Santos , A. , Garcia-Gil , S. , and Vilas , F. , 2000 , Las glauconitas de la plataforma continental gallega: indicadores geoquímicos del grado de evolución : Journal of Iberian Geology , v. 26 , p. 233 – 247 . Fisher , R. A. , Corbet , A. S...
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