NO. 2 BIBLIOGRAPHY OF TIN HESS 139 



QUEENSLAND (Continued) 

 D'AcHiARDi, ANTONIO. See No. 1313. 



900. DAINTREE, R. Tin in Queensland. 



Mg. Journ. Railw. Comm. Gaz., Vol. 42, 1872, London, pp. 680-690. 



Also, Quart. Journ. Geol. Soc. London, Vol. 28, 1872, London, pp. 301-302. 



At time of writing, discoveries were limited to drainage area of the upper part of 

 the Severn River. These are swampy beds, intersected by numerous broad bars of 

 granite. The alluvial beds vary in thickness from 3 to 20 feet. Outlook very 

 encouraging; the greatest difficulty to overcome will be the swampy character of the 

 ground, especially during the rainy season. 



DAVIES, D. C. See No. 1317. 



901. DOWEL, W. S. The Herberton tin field. 



Austr. Mg. Stand., Nov. 17, 1898, Sydney and Melbourne. Serial. 

 " Information concerning these lode tin deposits in Queensland." 

 Not available to the authors. 



902. DUNSTAN, B. Tin in Queensland. 



Ann. Rep. Under-Secretary for Mines, Queensland, for 1904 (1905), Brisbane, p. 149. 

 The Lancelot Tin Mine at Silver Valley is described, and the general geology of 

 the region is given. 



9-03. . Monazite in Queensland. 



Geol. Surv. Rep. Queensland, Pub. No. 196, 1905, Brisbane, p. 11. 

 Brief mention of cassiterite, found in the beach sands at the mouth of the Tweed 

 River, with monazite. A concentrated sample yielded 54 per cent of tin. 



904. . Stanhills tin fields, Queensland. 



Geol. Surv. Rep., Queensland, Pub. No. 211, 1907, Brisbane, pp. 21, maps 2, pis. 3. 



Country rock is altered granite, aplite and quartz-felsite. Cassiterite occurs in 

 irregular masses of chlorite and quartz in granite; in quartz veins cutting quartz- 

 felsite; in chlorite veins in quartz-felsite, granite and aplite; chlorite and greisen 

 veins in granite. There are limited tin placers, and the Desert sandstone is tin- 

 bearing, though in what way is not explained. The total yield is small. 



905. . Stanhills tin fields. 



Geol. Surv. Rep., Queensland, Pub. No. 211, 1907, pp. 21. 



Queensland Gov. Mg. Journ., Vol. 9, 1908, Brisbane, pp. 285-288, map 1, pis. 3. 



Discusses the geology, the mines, the alluvial deposits and prospects of the Stan- 

 hills district, Queensland. Cassiterite occurs in altered granite, or in close connection 

 with granite, with much chlorite. Galena, zinc blende, chalcopyrite, and graphite 

 occur with the tin. Alluvial deposits occur in the neighborhood around the head of 

 Ten-mile Creek. 



906. EDUNGER, W. Einige Bemerkungen iiber die Zinnerzlagerstatten des 



Herberton distrikts in Queensland. 



Zeitschr. prakt. Geol., Vol. 16, 1908, Berlin, pp. 275-279 and 340-343. 



I. Die primaren Lagerstatten, pp. 275-279. 

 A description of the lode occurrences. 



II. Die Zinnseifen, pp. 340-343. 



Description of elluvial, alluvial, and fossil (" deep leads ") placers. 



FAWNS, SYDNEY. See No. 1320. 



907. FKYAB, WM. The mineral resources of the colony of Queensland. 



Trans. Fed. Inst. Mg. Eng., Vol. .13, 1896-1897, Newcastle-upon-Tyne and London, pp. 

 358-359. 

 Enumerates places where tin is found, but gives little more about tin deposits. 



