1876.) and in Gaz. Mod. da Bahia, Sept. 1877, and in the Lancet for March, 1878; Fonecervines, in Robin's Lécons, 1875; Lewis, on a hæmatozooa in human blood, in Gov. Rep. for 1874, and separately (Calcutta 1871,} in Indian Annals, 1873, in Med. Press, 1873, in Lond. Med. Record (rep. by me,) 1873, in Nature, 1873, and in his memoir on the Path. significance of the nematode hætmatazoa, Calcutta, 1874; see also Lewis's recent "Remarks regarding the Hæmatozoa found in the stomach of Culex Mosquito," in Proceed. of the Asiatic Society of Bengal, for March, 1878, (p. 89); Sonsino. Richerche interno, &c., in Rend. della R. Accad. di Napoli, 1874, and in Arch. Gen. de Méd., June, 1875; Arsuio, in Arch. d. Méd, Navale, 1875; Magalliies, P, S. de, in Guz, M. da Bahie, 1877, and in O Progresso Merlico for Dec.. 1877; O'Neill, on Craw-craw. in Lancet, Feb., 1875: Bonrel-Roneière, in Arch. de Méd. Navale, March, 1878, (soc Aranjo); Manson, Report on Hæmatozoa. in the bth part of the Customs Gazette, Shanghae, 1877, and rep. in Mod. Tines and Gazette, also additional cases in M. T. and G. for March, 1878, also (in a joint communication with me) in rep. of the proceedings of the Med. Soc. of London, in the Lancet, March 30, 1878; Le Ray de Méricourt, in Appendix to Nouvelle phase de ls question relative & la nature paresitaire de la chylurie, (Déconyerte du représentant adulte de la Filsire de Wücheres,) being a translation of Silva Lima's memoir, quoted above, (Arch, da Méd. Navale, Dec. 1877.) See also translations, with additions, in the Veterinarian for Feb 1878; Aranjo, A. J. P. da S, Memoria sobre a Filariose, &c., (Bahia, 1875,) see also Bourel-Tioneitre’s analysis of and commentary upon the writings of Silva Lima and Silva Araajo in the Archives above quoted; Santos. F. dos, in Gaz. Med. da Bahia for March, 1877; Moura, J. de, Thèse de concours, 1877
[To be continued.]
On the Study of the Mosses.—II.
By James E. Bagnall.
(Continued from p. 196.)
Mosses are said to be synoicous when male and female organs occur in the same enveloping leaves, as in Muium sebylobosum; monoicous when these organs occur in different buds on the same plant, as in Hypnum rutabulum; dioicous when the male organs occur on one plant and the female on another plant of the same species, as in Ceratodon purpurens.
The antheridia, (see Plate 4, fig. 7 a)[1] are sac- or sausage-shaped bodies, and are usually surrounded by a number of thread-like jointed bodies, called the paraphyses, (7 b,) (Gr. para beside, and pheo I grow.) The function of these bodies is probably that of nutrition. In the Sphagnums these paraphyses are absent, and the anthoridia are very differently shaped, consisting of a short stalk, (8 a.) surmounted by a globular head. (8 b,) the antherozoids being developed in the globular
- ↑ All the references in this article are to Plate IV., facing page 193.
