Distribution, morphological. Gen. Sub. 55 
Asia ; Selenka, E. & L. (647). — In the Guiana forest ; Rodway (581). 
—Australia and Oceania ; Sievers (654). — Collections to illustrate 
distribution ; Carpenter (93).— Distribution of food-fishes in relation 
to their surroundings; Dickson (148) — Caves and their inhabitants: 
a popular work, in part zoological and geological; Fuatpont (213). — 
Cryptozoic fauna of Australasia; Dendy (146a). — The fauna of 
Wurttemberg ; Lampert (373). — Fauna of Hohwachter Bay; Reh 
(568a). — Natural history of Kolguev (Arctic) ; Trevor-Battye (696a). 
3. Morphological. 
a. Anatomy and Morphology. 
Fundamental ideas of morphology; Loeser (407). — The origin of 
Vertebrates ; Gaskell (236), Goette (249). — Metamerism correlated 
with asexual formation of linear colonies ; Cattaneo (95). — A study of 
metamerism ; Morgan (472).— Coelome, genital ducts, and nephridia ; 
Goodrich (253). — Homology of germinal layers: the homology of 
“ Keimschichten ” is hopelessly mixed up (by many) with the analogy of 
“ Keimblatter ;” Braem (63).; — Osteographic and myographic homologies, 
and morphological mimetismi ; Le Hello (386). — The epidermis and its 
derivatives ; Maurer (434).- — Evolution of the vertebral column of 
Amphibia and Amniota. The key to the solution of the composition of 
the vertebral column is given by tli6 metameric repetition of the four 
pairs of symmetrically-arranged cartilaginous elements ; Gadow (222). — 
Occipital region in skull of lower Vertebrates ; Sewertzoff (649). — 
Metamerism of the head • the somites which lie in front of the second 
of the metaotic region of Urodela are primitive and common to all Cra- 
iriota. Gradually trunk-segments, homologous with the head segments, 
w’ere added on ; Sewertzoff (649). — Morphology of skull ; Gaupp 
(238). — Vertebrate dentitions : summary of work ; ROse (590). — The 
paired extremities of Vertebrates ;. Mollter (458). — Homology of the 
extremities ; Eislf.r (177).— Classification of limbs according to joint 1 *, 
and their .movements; Durand. (1)e Gros) (166). — Clavicula and 
cleithrum ; Gegenbaur (242).— Ground-plan of brain of Vertebrates. 
Comparison of similarly-coloured figures ; Burckiiardt (90). — Struc- 
ture and development of cerebrum in Yertebrata ; Studnicka (680). — 
Rudimentary Vertebrate eyes ; Kohl (351). — Pancreas and its develop- 
ment ; von Brunn (81). — Pancreas and spleen : Janosik (328). — Liver 
and its development; von Brunn (81). — External gills of Vertebrates; 
Clemens (112). — Circulatory organs and blood-glands ; Eberth (171). — 
Anatom^jjftl development of the arteries of the lower leg and foot ; 
Zuckerkandl (782). — Anatomy and development of the arteries of the 
fore-limb ; Zuckerkandl (783). — Urinogenital organs, summary of 
recent work ; Hermann (300). — Correlation of organs. The structure 
of the electric organ in Dincopyrje tsehudii is intermediate between that 
in Narcine and that in Antra pe. Ro is the fish itself in man}’ respects ; 
F kitsch (217). — Organs of flight in Yertebrata; Claus (111). — Lymphatic 
