Last edited by Zulkijas
Thursday, August 6, 2020 | History

2 edition of geology of the Corocoro copper district of Bolivia found in the catalog.

geology of the Corocoro copper district of Bolivia

Joseph T. Singewald

geology of the Corocoro copper district of Bolivia

by Joseph T. Singewald

  • 11 Want to read
  • 22 Currently reading

Published by The Johns Hopkins Press in Baltimore .
Written in English

    Places:
  • Bolivia,
  • Corocoro.
    • Subjects:
    • Geology -- Bolivia -- Corocoro.,
    • Paleontology -- Bolivia -- Corocoro.,
    • Copper mines and mining -- Bolivia -- Corocoro.

    • Edition Notes

      Statementby Joseph T. Singewald, jr., and Edward W. Berry.
      SeriesThe Johns Hopkins University studies in geology,, no. 1
      ContributionsBerry, Edward Wilber, b. 1875.
      Classifications
      LC ClassificationsQE233 .S5
      The Physical Object
      Pagination3 p. l., 117 p.
      Number of Pages117
      ID Numbers
      Open LibraryOL6645764M
      LC Control Number22014442
      OCLC/WorldCa888310

      The second, the Las Tojas open-pit gold mine, was depleted in March after producing nea ounces of gold. The open-pit mine on the third deposit, the copper-gold-silver Upper Mineralized Zone (“UMZ”), started up in April of and reached commercial production in January Discover Book Depository's huge selection of Joseph Theophilus Singewald books online. Free delivery worldwide on over 20 million titles.

      Locality: Corocoro District, Pacajes Province, La Paz Department, Bolivia Specimen Size: x x cm (small cabinet) A very attractive “locality” specimen, and a surprise discovery from early These are the first Copper “sheets” that I have seen from Corocoro, and according to the locals, there were very few found. The Geology of the Corocoro Copper District of Bolivia Livy, Books I, Xxi, and XXII Beitrage zur Wissenssoziologie, Beitrage zur Religionssoziologie / Contributions to the Sociology of.

      Coro Coro is a small town in the La Paz Department in is the seat of the Coro Coro Municipality, the first municipal section of the Pacajes Province, and it is the seat of the Coro, also known as Corocoro, was one of the most important mining areas in Bolivia because of its copper deposits and was home to the Corocoro United Copper Mines. april´s featured door of the month corocoro – bolivia April 2, Novem SouthAmerica Altiplano, Bolivia, Comibol, copper, copper mining town, Coro Coro, Corocoro, Doors of South America, James M. Wise, La Paz, south america to the world, southamericatotheworld, Yanira K. Wise.


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Geology of the Corocoro copper district of Bolivia by Joseph T. Singewald Download PDF EPUB FB2

Excerpt from The Geology of the Corocoro Copper District of Bolivia The city of Corocoro is the capital of the province of Pacajes of the department of La Paz and has a population of about inhabitants, almost exclusively Indian.

Topographically, it is situated toward the western edge of the altiplanicie, or high plateau of Bolivia, in one of Cited by: Additional Physical Format: Online version: Singewald, Joseph T. (Joseph Theophilus), Geology of the Corocoro copper district of Bolivia.

Genre/Form: book: Additional Physical Format: Print version: Singewald, Joseph T. (Joseph Theophilus), Geology of the Corocoro copper district of Bolivia. Title. The geology of the Corocoro copper district of Bolivia, Related Titles. Series: Johns Hopkins University studies in geology ; no.

Singewald, Joseph T. (Joseph Theophilus), Berry, Edward Wilber, The Chalcocite-Ore Deposits at Corocoro, Bolivia; article in complete issue of Economic Geology and the Bulletin of the Society of Economic Geologists, September-October, The Economic Geology Publishing Company, Bulletin, Vol Number 6: by Economic Geology.

and a great selection of related books, art and collectibles available now at The geology of the Corocoro copper district of Bolivia, Pages; Table of Contents The geology of the Corocoro copper district of Bolivia, By. Singewald, Joseph T. (Joseph Theophilus), If you are generating a PDF of a journal article or book chapter, please feel free to.

An illustration of an open book. Books. An illustration of two cells of a film strip. Video. An illustration of an audio speaker. Audio. An illustration of a " floppy disk. Software. An illustration of two photographs. Full text of "The Geology of the Corocoro Copper District of Bolivia".

Clastic sediments which are the host rocks of copper mineralization in the Corocoro district, Bolivia, include west- dipping beds of the Vetas series, in which chalcocite ore bodies occur (mainly in arkose and sandstone zones in the San Marcos formation), and older east-dipping beds of the Ramos series.

Bolivia; copper ores; enrichment; metal ores; mineral deposits, genesis; production; South America; Corocoro Bolivia; Latitude & Longitude S23°00'00" - S09°30'00", W69°30'00" - W58°30'00" View Full GeoRef Record.

Related Book Content. Cerro Verde-Santa Rosa Copper-Molybdenum Deposits, Peru: Magmatic, Hydrothermal, and Supergene. Singewald, J.T., and Berry, E.W.,The geology of the Corocoro copper district of Bolivia: John Hopkins University studies in Geology v.

1, p. For more on South America geology references check this post “James M. Wise bibliography on South America geology references” Do connect with us: ResearchGate: James M. Wise. Singewald Jr., J.T., Berry, Edward () The geology of the Corocoro Copper District of Bolivia.

John Hopkins Press Studies in Geology No. 1, pages. American Institute Of Mining And Metallurgical Engineers (A.I.M.E.) () Metal Mining And Mining Geology, The geology of the Corocoro copper district of Bolivia by Joseph T.

Singewald jr. and Edward W. Berry. [Hardcover] by Singewald Joseph T. (Joseph Theophilus) - New. Singewaldt JT, Berry EW () The geology of the Corocoro copper district of Bolivia. Hopkins Univ Stud Geol – Google Scholar Steinmann G () Geologie von Peru. The Geology of the Corocoro Copper District of Bolivia Item Preview The Geology of the Corocoro Copper District of Bolivia by Joseph Theophilus Singewald, Edward Wilber Berry Google Book from the collections of University of California Language English.

Book digitized by Google from the library of the University of California and. The geology of the Corocoro copper district of Bolivia, by Joseph T. Singewald, jr., and Edward W. Berry. By Joseph T. (Joseph Theophilus) Singewald and Edward Wilber Berry. Topics: Bolivia, Copper mines and mining.

The W-As +/- Sn mineralization hosted in schist of the La Ch (a) over cap taigneraie district, French, Massil Central, is genetically related to the. The geology of the Corocoro copper district of Bolivia, By Joseph T.

(Joseph Theophilus) Singewald and joint author. Edward Wilber Berry. native copper worked by incas and spanish colonists to cu sulfides mines from the chilean cia. corocoro de bolivia worked corocoro from and the anglo-french corocoro united mines ltd. worked corocoro from to when the two firms combined.

not worked purchased by asarco inacquired all of district by Clastic sediments which are the host rocks of copper mineralization in the Corocoro district, Bolivia, include west- dipping beds of the Vetas series, in which chalcocite ore bodies occur (mainly. The Corocoro mining district in Bolivia shares the distinction with the Lake Superior district of the United States of being one of the two commercially important copper districts in the world in which native copper is the principal form of occurrence of the ore.

It lies a. The Chacarilla mine is one of the largest copper mines in Bolivia. It is located in the so-called Corocoro basin that extends over a distance of more than km.

2 GEOLOGY, MINERAL DEPOSITS, SAN CRISTOBAL DISTRICT INTRODUCTION The San Cristobal district is in southern Bolivia, approximately kilometers (airline) south of La Paz and 65 kilometers south­ east of Uyuni (fig.

1). The district is readily accessible by road from Uyuni, a trip of 3 hours by car, except during the rainy sea­.The present volume Stratabound Ore Deposits in the Andes has its roots in an international seminar on stratabound ore deposits which took place in September in Cusco, Peru, sponsored by Multi ciencias (Peru) and UNESCO.

During this seminar it became clear that the amount and quality of research done on stratabound ore deposits in the Andes required a synthesis.