DISTRIBUTION, morphological. Gen. Sub. 43 
Some new additions to list of animals in Mammoth Cave ; Call (100). 
— Fauna of Normandy; Gadeau pe Kerville (247). — Distribution and 
habits of Puget Sound Invertebrates; Harrington & GrifFin (318). — 
Relict fauna of Baikal lake; Hoernes (358). — Marine fauna of Pata- 
gonia; Ihering (365). — Animals of Asia Minor; Kannenberg (380). — 
The Naturalist in Australia; Saville-Kent (640). — Zoological explo- 
ration of White Sea; Knipowitsch (397). — Distribution of land and 
freshwater vertebrates in Victoria; Lucas (457). — Faunistic and pisci- 
cultural observations at Marseilles; Marion (474). — Fauna of East Africa; 
Mobius and others (512). — Freshwater fauna of South Africa; Weber 
( 757). — Faunistic studies in Massachusetts; Whipple (766). — Fauna of 
catacombs, etc. ; Vir^ (739-742). 
3. Morphological. 
a. Taxonomy and Anatomy. 
Position of morphology in zoological science; MacBride (464). — The 
conception of organs, etc.; Emery (183). — Symmetry of organisms; 
Lataste (428, 429). 
Origin of Vertcbrata; Gaskell (261). — Ancestry of vertebrates ; Minot 
( 508, 509). — On the Diploehorda; Marterman (478). — Relation of Arthro- 
pod head to Annelid prostomium ; Goodrich (289). 
Brain of vertebrates ; Burckardt (98). — Evolution of cerebral tracts 
in the animal kingdom; Edinger (175). 
Hair and feathers; Kingsley (391). 
Goette’s account of the development of the vertebral column ; Hay 
( 322). — Evolution of vertebral column in Amphibia and Amniota ; Gadow 
( 248). — Morphological import of the hypochorda ; Klaatsch (394). — Mor- 
phological nature of the ribs ; GoprERT (285). — Morphology of sternum 
and clavicles ; Sabatier (634). — Morphological significance of caudal che- 
vron bones ( = interspinous bones); Sabatier (635). — Accessory skeletal 
structures; Emery (185). — So-called accessory skeletal parts; Thilenius 
( 704). — Homology of pectoral and pelvic appendicular skeleton ; Stieda 
( 681). — Relations of crossopterygium to other forms of vertebrate ap- 
pendages; Emery (186). — Appendages of vertebrates; Mollier (514). — 
Comparative anatomy of limbs of vertebrates ; popular ; Braun (85). 
Morphology of urinogenital system of vertebrates ; Semon (663, 664). 
b. Histology. 
Pr6cis of histology; Duval (172). — Studies in the elements of the 
anatomy of the lower Vertebrates; Osborn, H. L. (546). 
Epithelial Tissue: — Closing ridges in epithelial tissue; Cohn (128). — 
Blood vessels in epithelium ; Maurer (482). — Ciliated epithelium, 
especially in amphibian larvae ; Mayer (487). — Epithelium and reticular 
tissue; Retterer (603). 
Nervous Tissue : — Contemporary theories as to the minute structure of 
the central nervous system ; Soury (675). — Structure of nervous proto- 
plasm; Ram6n y Cajal (592). — Fine structure of nerve-cells; Van Ge- 
huchten (269), Marinesco (473). — The conducting element in the nervous 
system and its topographical relations to the cells; Apathy (10). — The 
conducting portion of nervous tissue ; Leydig (442). — Minute structure of 
cerebral cortex and the function of the nerve-cell processes; Schaffer 
( 642). — Intra-cerebral nerve-endings ; Berkeley (47). — Influence of 
fatigue on structure of nerve-cells ; Pugnat (585). — Changes in nerve-cells 
as the results of function ; Valenza (720). — Pathological changes of nuclei 
and nucleoli of cortical nerve-cells; Berkeley (47). — Structure of the 
