SMI— SPE 



63 



SMITH, J.— 



(2). The object cabinet, viii 



(o. s.), 201-203. 



(3). A new polarising stage. 



viii (o. s.), 203, 204. 



(4). The collecting bottle, viii 



(o. s.), 204. 



(5). On a dissecting microscope. 



(Transactions) ix, 10-14. 



(6). On a method of dry mount- 

 ing. (Transactions) xiv, 28. 



(7). On a form of leaf- holder 



for the microscope, and a revolving 

 slide-holder with selenite stage. 

 (Transactions) xiv, 100-102. 



SMITH, W. (1). On the stellate bodies 

 occurring in the cells of fresh- 

 water Algse. (Transactions) i, 68- 

 72, pi. ix, figs. 1-6. 



— — (2). On the determination of 

 species in the Diatomacese. iii 

 (o. s.), 130-135. 



(3). Notes of a microscopical 



examination of " measled " and 

 other pork, v, 4-7, pi. ii. 



SMITH, W. G. (1). The resting spores 

 of Peronospora infestans. xv, 

 360-363, pis. xix, xx ; cf. xvi, 

 103. 



SMITH, W. E. (1). The ammoniacal 

 decomposition of urine. xxvii, 

 371-377, pi. XXX, figs. 1, 2. 



Smith, W., A Synopsis of the British 

 Diatomaceffi (review). i (o. s), 

 225-229 ; (review of vol. ii) v 

 (o. s.), 160, 161. 



SMITT, F. A. (1). Remarks on Dr. 

 Nitsche's researches on Bryozoa. 

 xii, 246-248. 

 Smitt ; On the Development and Fat 

 Corpuscles of the Marine Polyzoa 

 (review), vi, 99, 100. 

 Snow crystals, Glaisher (1, 2), J. Spencer 



(1), 

 SOLLAS, J. (1). An improvement in 



the method of using the freezing 



microtome, xxiv, 163, 164. 

 (2). On the development of 



Halisarca lobularis. xxiv, 603- 



621, pi. xxxvii. 

 SOLLITT, J. D. (1). On the aperture 



of object-glasses, iii (o. s.), 85, 



86 ; cf. 239-241. 

 (2). New achromatic condenser. 



iii (o. s.), 87-89. 

 — — (3). On the measurement of 



the stria3 of diatoms, viii (o. s.), 

 48-51. 



Somerville, Mary; Molecular and Mi- 

 croscopical Science (review), ixj 

 409, 410. 



SORBY, H. C. (1). On the colouring 

 matters of blue decayed wood, ix, 

 43, 44. 



(2). On some technical appli- 

 cations of the spectrum microscope, 

 ix, 358-383. 



(3). On some compounds de- 

 rived from the colouring matter 

 of blood. X, 400-402. 



(4). On the colour of leaves at 



different seasons of the year, xi, 

 215-234. 



(5). On the colouring matter 



of some Aphides, xi, 353-361. 



— — (6). On the chromatological 



relations of Spongilla fluviatilis. 



XV, 47-52. 

 (7). On the colouring matter 



of IBonellia viridis. xv, 166- 



172. 

 (8). On the evolution of Hajmo- 



globin. xvi, 76-85. 



— — (9). Relation between the limit 



of the powers of the microscope 

 and the ultimate molecules of 

 matter, xvi, 225-234. 



Sorospbffira ; gen. n., Brady (3) xix, 

 28. 



SPENCER, J. (1). On the similarity 

 of form observed in snow crystals 

 as compared with those of camphor 

 under certain conditions of crys- 

 tallization, iv, 201-203, pi. xii. 



SPENCER, J. B. (1). Magnetic stage, 

 iii, 173, 174. 



SPENCER, W. B. (1). The urinary 

 organs of the Amphipoda. xxv, 

 183-191, pi. xlii. 



(2). Some notes on the early 



development of Rana temporaria. 

 xxv supplement, 123-137, pi. x. 



(3). On the presence and struc- 

 ture of the pineal eye in Lacertilia. 

 xxvii, 165-238, pis. xiv-xx. 



see MARSHALL, A. M. (4). 



Spengel's organ, E. R. Lankester (56). 



Spermatogenesis, Blomfield (4), Herb. 

 H. Brown (1); vi, 89; viii, 27. 



Spermatophors in Oligochseta, E. R. 

 Lankester (10, 13). 



Spermatozoa in Torrea vitrea, Quatre- 

 fages (1). 



— of Helix and Rana, Blomfield (1) 



Part II. 



— of Lumbricus, Blomfield (1) Part I. 



