PLATE XIV. 



a. The natural size. 



b. The shell, enlarged. 



c. The natural size of the operculum. 



d. The same, enlarged. 



a. The natural size. 



b. The shell, enlarged. 



c. The sculpture, enlarged. 



a. The shell. 



b. The natural size of the operculum. <l. The apex, enlarged. 



c. The same, enlarged. 



PAGE 



Fig. 1. Fusus sarissophorus, n. sp. . . . . . .196 



a. The natural size. | b. The shell, enlarged. 



Fig. 2. Fusus radialis, n. sp. . . . . . .195 



a. The natural size. | b. The shell, enlarged. 



Fig. 3. Fusus pagodoides, n. sp. . . . . . . . 197 



Fig. 4. Fasciolaria (Latirus) strangei, A. Adams .... 245 



Fig. 5. Mitra (Cancilla) rufescens, A. Adams ..... 249 

 a. The natural size. | b. The shell, enlarged.' 



Fig. 6. Mitra (Cancilla) reticulata, A. Adams ..... 249 



a. The natural size. | b. The shell, enlarged. 



Fig. 7. Volutomitra fragillima, w. sp. . . . . . 263 



a. The natural size. | b. The shell, enlarged. 



Fig. 8. Terebra (Myurclla) turrita, E. A. Smith . . . .381 



a. The natural size. | b. The shell, enlarged. 



Fig. 9. Terebra bathyraphe, E. A. Smith ..... 377 



a. The natural size. | b. The shell, enlarged. 



Fig. 10. Triton (Simpidum) philomelce, n. sp. . . . . .391 



Fig. 11. Nassaria amboynensis, a. sp. . . . . . 404 



a. The natural size. | b. The shell, enlarged. 



Fig. 12. Nassaria kampyla, n. sp. ..... . 405 



