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G., A. (1870) Mining Geology.—Die Lagerstätten der nutzbaren Mineralien. Nature, 1 (11) 283 doi:10.1038/001283a0

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Reference TypeJournal (article/letter/editorial)
TitleMining Geology.—Die Lagerstätten der nutzbaren Mineralien
JournalNature
AuthorsG., A.Author
Year1870 (January)Volume1
Issue11
PublisherSpringer Science and Business Media LLC
DOIdoi:10.1038/001283a0
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Mindat Ref. ID1958029Long-form Identifiermindat:1:5:1958029:2
GUID0
Full ReferenceG., A. (1870) Mining Geology.—Die Lagerstätten der nutzbaren Mineralien. Nature, 1 (11) 283 doi:10.1038/001283a0
Plain TextG., A. (1870) Mining Geology.—Die Lagerstätten der nutzbaren Mineralien. Nature, 1 (11) 283 doi:10.1038/001283a0
In(1870, January) Nature Vol. 1 (11) Springer Science and Business Media LLC

See Also

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Grimm, Johann (1869) DIe Lagerstätten der Nutzbaren Mineralien [The Deposits of Useful Minerals]. J. G. Calve, Prague.
(1870) Meteorology.—Die Theorie und Das allgemeine geographische System der Winde. Nature, 1 (11) 283 doi:10.1038/001283d0
Dammer, Tietze: "Die nutzbaren Mineralien", 1914
B., V. (1889) Borneo: Entdeckungsreisen und Untersuchungen; Gegenwärtiger Stand der Geologischen Kenntnisse; Verbreitung der Nutzbaren Mineralien. Nature, 40 (1020) 49-50 doi:10.1038/040049a0
Dammer, B., Tietze, O. (1927) Die nutzbaren Mineralien, Stuttgart, 2nd. edition.
(1914) Die Wichtigsten Lagerstätten der “Nichterze”. Nature, 93 (2327) 348 doi:10.1038/093348b0
A., B. W. (1935) Die wichtigsten Lagerstätten der ” Nicht-Erse”. Nature, 136 (3447). 815 doi:10.1038/136815a0
J., W. (1870) Manual of Physics.—Lehrbuch der Physik, einschliesslich der Physik der Luft (Meteorologie), des Himmels (Himmelkunde), und der Erde (Physikalische Geographie) Nature, 1 (11) 283 doi:10.1038/001283c0
WEISSENSTEINER, G. (1979): Mineralien der Koralpe. Die Eisenblüte,Sonderband 1/79, 11-47.
Weibye, P. C. (1849) Die Mineralien der Lagerstätten bei Brevig. Neues Jahrbuch für Mineralogie, Geognosie, Geologie und Petrefaktenkunde, 521-525
Cambi, L. (1936) „Die Verteilung der nutzbaren Metalle in der Erdrinde.”. Angewandte Chemie, 49 (11). 191 doi:10.1002/ange.19360491104
 
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