Broken Hill area, Australia, as a Proterozoic fold-and-thrust belt: implications for the Broken Hill base-metal deposit: discussion and authors' reply

The Institute of Materials, Minerals and Mining
S. H. White E. Rothery A. L. W. Lips B. P. J. Stevens T. J. R. Bareley
Organization:
The Institute of Materials, Minerals and Mining
Pages:
6
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3687 KB
Publication Date:
Jun 19, 1905

Abstract

B.P.J. Stevens contributes a further response to the authors' earlier lengthy reply regarding their paper published in Trans.IMM B, vol.104, 1995, p.B1-B17, contending that despite the positive contribution clarifying their interpretations they perpetrate some misquotations, attempt to rewrite history and fail to understand the New South Wales Geological Survey's stratigraphic interpretation of the Broken Hill area. The paper's authors, in their further response, robustly defend their views, insisting that Stevens tends to misquote or take out of context what they have written and reiterating their findings that Zn is tectonically stacked above Pb at the north end of the orebody, that the written development of the stratigraphic interpretation is as they have stated, that shearing has attenuated or removed fold limbs in the Broken Hill block and that the 1:100 000 stratigraphic map reveals that magnetic anomalies are oblique to and truncated by the Geological Survey's interpreted stratigraphic boundaries
Citation

APA: S. H. White E. Rothery A. L. W. Lips B. P. J. Stevens T. J. R. Bareley  (1905)  Broken Hill area, Australia, as a Proterozoic fold-and-thrust belt: implications for the Broken Hill base-metal deposit: discussion and authors' reply

MLA: S. H. White E. Rothery A. L. W. Lips B. P. J. Stevens T. J. R. Bareley Broken Hill area, Australia, as a Proterozoic fold-and-thrust belt: implications for the Broken Hill base-metal deposit: discussion and authors' reply. The Institute of Materials, Minerals and Mining, 1905.

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