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Published online by Cambridge University Press: 01 May 2009
The association of stibnite and cinnabar appears to have been first noticed at El Haminat, in the province of Constantine Algiers, where, during the years 1850 to 1852, considerable quantities of both these minerals have been raised from veins traversing Cretaceous schists. Other localities in Algiers showing the same association are: Ghelma near Phillipsville, where cinnabar in crystalline crusts covers and penetrates antimony ochre derived from the decomposition of stibnite, the containing rock being a saccharoidal limestone; Debar, 19 kilometers to the N.W. of Ghelma, where stibnite is found covered with spots of cinnabar, the gangue being heavy spar; Traia, showing a similar occurrence to the preceding; Tasselemet, where radiating crystals of stibnite occur imbedded in earthy cinnabar.
page 369 note 2 Guide pratique de minéralogie appliqué, par A. F. Noguès, Paris, 54, rue des Saints frères, vol. ii. pp. 131. Notice sur les gîtes mineraux et les materiaux de construction de l'Algerie, par M. Ville, ingenieur en chef des Mines, Ann. des Mines, 6th série, tom. xvi. 1869, p. 161.
page 369 note 3 Dana, , System of Mineralogy, 5th edition, vol. ii. appendix, p. 35.Google Scholar
page 370 note 1 First discovered at the Spellonche lode, where the ore picked from the refuse is said to have contained 28 per cent, of mercury.
page 370 note 2 See also: Hollande, Géologie de la Corse, Ann. des Sciences géologiques, 1877, p. 105.
page 371 note 1 See in connexion with this subject: A Contribution to the History of Mineral Veins by Phillips, J. A. F.G.S., Quart. Journ. Geol. Soc., vol 35, p. 390.CrossRefGoogle Scholar