Note 24 — Chapter II · THE LIMESTONES
Reading edition
Jukes-Browne, "The amount of disseminated silica in the Chalk in relation to flints," Geol. Mag. (1893), 545.
[25] Guppy, "Observations of a Naturalist in the Pacific: Vanua Levu" (1903), chap. xxv.
[26] Rogers, op. cit., ref. 5, p. 403.
[27] Judd, "On the unmaking of Flints," Proc. Geol. Assoc., 10 (1887), 217. Also Hintze, "Handbuch der Mineralogie," 1 (1906), 1473.
[28] Grund, in Stille's "Geologische Charakterbilder," Heft 3 (1910).
[29] Rullmann, "Handbuch der technischen Mykologie," 3 (1904-6), and refs. in Centralblatt für Bakteriologie (1904 and onwards).
[30] Hinde, "Catalogue of Fossil Sponges," Brit. Mus. (1883), 28.
[31] Rogers, "Geology of Cape Colony," ed. 1 (1905), 373.
[32] Ibid., 357.
[33] Lyons, "Libyan Desert," Q. Journ. Geol. Soc., 50 (1894), 534 and 545.
[34] Victorian Naturalist, 27 (1910), 90.
[35] Sorby, "Structure and origin of non-calcareous stratified rocks," Q. Journ. Geol. Soc., 36 (1880), Proc., 63.
[36] Phillips, "Constitution and history of Grits and Sandstones," ibid., 37 (1881), 6.
[37] A. Daubrée, "Geologie expérimentale" (1879), 256.
[38] Phillips, op. cit., ref. 36, p. 26.
[938] J. Barrell shows how wind-borne sand may form a covering to the dry and sun-cracked surface of a lake-deposit; "Relation between climate and terrestrial deposits," Journ. Geol., 16 (1908), 280.
[39] Lake and Rastall, "Text-book of Geology" (1910), 297. Compare C. Lapworth, "Intermediate Text-book of Geology" (1899), 176, and "Geological Structure of N. W. Highlands," Geol. Surv. Scotland (1907).
[939] See A. B. Searle, "The Natural History of Clay" (1912).