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Notes on the Formation of Lateritoid in N. Rhodesia

Published online by Cambridge University Press:  01 May 2009

R. Murray-Hughes
R. Murray-Hughes
Affiliation:
Sable Antelope Mine, via Mumbwa, N., Rhodesia.
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Extract

In this paper no new theory is offered as to the formation of those rocks, found in so many places in the Tropics, known as laterites and lateritoids. Rather is it offered as confirmatory evidence of the hypothesis, which has been put forward by several writers (5), that in general they are formed by the evaporation of iron-bearing waters as they are brought to the surface by one or more causes, such as capillarity and hydrostatic pressure. The part that animal life may play in the deposition of the iron, as well as in the solution of it, does not appear, however, to have been noted (5).

Information

Type
Original Articles
Information
Geological Magazine , Volume 60 , Issue 11 , November 1923 , pp. 505 - 507
Copyright
Copyright © Cambridge University Press 1923

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References

BIBLIOGRAPHY

(1) Studt, F. E., “Geology of Katanga and N. Rhodesia”: Trans. Geol. Soc. of S.A., vol. xvi, 1913, pp. 66–7.Google Scholar
(2) Simpson, E. S., “Notes on Laterite in Western Australia”: Geol. Mag., Vol. XLIX, 1912, p. 402.Google Scholar
(3) Campbell, J. M., “Laterite, its Origin, Structure, and Minerals”: Mining Mag., vol. xvii, 1917, p. 178.Google Scholar
(4) Fermor, L. L., Geol. Mag. Various papers, and for the part animal life may play in the solution of iron.Google Scholar
(5) Gruner, J. W., “The origin of sedimentary iron formations”: Economic Geology, vol. xvii, 1922.Google Scholar