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Magmatic Activity and Mountain Folding in the Andes of South Mendoza

Published online by Cambridge University Press:  01 May 2009

Helge G. Backlund
Helge G. Backlund
Affiliation:
The University, Upsala.
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Extract

In a series of memoirs by Burckhardt (1), Groeber (2), and Gerth (3), the stratigraphical sequence and structure of the Cordillera of South Mendoza has been lucidly described. On the basis of these memoirs, of my own field observations (12), and of the study of the large collection of rocks made by Dr. Gerth, I shall attempt in this paper to give a picture of the magmatic evolution of this part of the Cordillera of South America (35 to 37 degrees south latitude).

Type
Original Articles
Information
Geological Magazine , Volume 63 , Issue 9 , September 1926 , pp. 410 - 422
Copyright
Copyright © Cambridge University Press 1926

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References

LIST OF REFERENCES

(1) Burckhardt, C., “Profils géologiques transversaux de la Cordillère Argentino-Chilienne.” Anales del Museo de La Plata: Secc. Geol. II, 1900. La Plata.Google Scholar
(2) Groeber, P., “Edad y extensión de las estructuras de la Cordillera entre San Juan y Nahuel Huapi”: Physis, iv, 1918, 208–40. Buenos Aires.Google Scholar
(3) Gerth, H., “Die Fortschritte der geologischen Forschung in Argentinien und einigen Nachbarstaaten während des Weltkrieges”: Geol. Rundschau, xii, 1921, 74. Leipzig.CrossRefGoogle Scholar
(4) Keidel, J., “La Geologia de las Sierras de la Provincia de Buenos Aires y sus relaciones con las montañas de Sud Africa y los Andes”: Anales de la Dirección general de Minos, etc., xi, No. 3, 1916. Buenos Aires.Google Scholar
(5) Keidel, J., “Sobre la distributión de los depósitos glaciares del Pérmico conocidos en la Argentina”: Bolet. Ac. Nac. Ciencias Córdoba, xxv, 1922, 239. Buenos Aires.Google Scholar
(6) Hausen, H., “On the lithology and geological structure of the Sierra de Umango area, province of La Rioja, Argentine Republic”: Acta Acad. Aboenns Math.et Phys., i, 1921. Abo.Google Scholar
(7) Gerth, H., “Stratigraphie und Bau der argentinischen Cordillere zwisehen dem R. Diamante u. R. Grande”: Zeitschr. d. deutschen geol. Gesellschaft, lxv, 1913, 568. Berlin.Google Scholar
(8) Penck, W., “Der Südrand der Puna de Atacama”: Abh. math.-phys.Kl. Sächs. Akad. d. Wiss., xxxvii, No. 1, 1920. Leipzig.Google Scholar
(9) Felsch in Brüggen, E., “Informe sobre las esploraciones geológicas de la región carbonifera del Sur de Chile”: Anales Soc. nac. de Mineria, 1913, 15–79. Santiago de Chile.Google Scholar
(10) Lacroix, A., Minéralogie de Madagascar, iii, 1923. Paris.Google Scholar
(11) Penck, W., “Die Entstehung der Gebirge”: Wissenschaftliche Wochenschau. Leipzig, 1921.Google Scholar
(12) Backlund, H. G., “Der magmatische Anteil der Cordillera von Süd-Mendoza”: Acta Acad. Aboensis Math, et Phys., ii, 1923. Abo.Google Scholar
(13) Backlund, H. G.,“On the eastern part of the Arctic basalt plateau”: Acta Acad. Aboensis Math.et phys., i, 1921. Abo.Google Scholar
(14) Steinmann, G., “Gebirgsbildung und Massengesteine in der Kordillere Südamerikas”: Geol. Rundschau, i, 1910, 13. Leipzig.Google Scholar
(15) Backlund, H. G., “Försök till magmatektonisk analysav Västerbottens fjällbyggnad”: Geol. Fören. Förh., 1925, 155. Stockholm.Google Scholar