Genetic Relations Between Granites, Porphyries, And Associated Copper Deposits

The American Institute of Mining, Metallurgical, and Petroleum Engineers
Reno H. Sales
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
7
File Size:
655 KB
Publication Date:
Jan 5, 1954

Abstract

EVERY mine manager, mine geologist, and every prospector in the field who appraises the future of mining properties does so on the basis of a theory of ore deposition whether he recognizes this fact or not. Wherever the ultimate value of a mine or prospect is dependent upon undeveloped ore, any estimate by an engineer or geologist necessarily involves a theory of origin of the deposit. In view of these facts the importance of a thorough understanding of the genesis of ore deposits cannot be overestimated. It well may be that the greatness of our country will depend upon finding reserves of natural resources as yet undiscovered. The genesis of ore deposits offers a fascinating field for study and investigation. This is attested by the large number of geologists who have written at length on the subject. For progress made toward a better understanding of ore genesis we owe much to Kemp, Lindgren, Ransome, Vogt, Emmons, Spurr, Graton, and a host of others. Within my own experience, I have attempted to apply in practice the various concepts and theories that have been advanced by these men.
Citation

APA: Reno H. Sales  (1954)  Genetic Relations Between Granites, Porphyries, And Associated Copper Deposits

MLA: Reno H. Sales Genetic Relations Between Granites, Porphyries, And Associated Copper Deposits. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1954.

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