GEOGRAPHICAL. 
Bry. 9 
Affinities with Phovonis , Schultz (103). 
Organogenesis and histogenesis from a phylogenetic point of view, 
Gineste (42). 
Constitution of chromatin in the nucleus, Boveri (9\ 
Bryozoa as food fishes, [Anon] (2). 
Rock-cementing organisms, Lomas (69). 
Plancton collections by the “ Selianik,” Ostroumoff (90). 
Faunal studies, Wolterstorff (121). 
tPaleozoic Bryozoan reefs, Grabau (44). 
ENTOPROCTA. 
Excretory organs, Stiasny (106). 
Cyclostoma. 
+ Jurassic forms of Stomatopora and Proboscina, Lang (63). 
Budding in Lichenopora , Marchal (78). 
t Development of some paleozoic forms, Cumings (21). 
Cheilostoma. 
Anatomy of new forms from the subantarctic region of the Atlantic, 
Calvet (10). 
t Anatomy of some fossil forms, Couffon (20). 
Anatomy of Membranipora membranacea , Loppens (71). 
Rock-cementing forms, Lomas (69). 
On the constitution of the chromatic substance in the nucleus, Boveri 
(9). 
tCollections of species from Lower Coal Measures, Kansas, Beede & 
Rogers (5). 
Affinities, Michaelsen (82). 
Ctenostoma. 
Anatomy of some fresh-water species, Davenport (22). 
Anatomy of numerous species, Waters (116). 
t Anatomy of Paleozoic forms, Ulrich & Bassler (107). 
Male reproductive organs. Retzius (96). 
Phylactolasma* 
Anatomy of fresh-water forms, Davenport (22). 
Anatomy of Cristatella , Hurrell (54). 
Anatomy and biology of Lophopus crystallinus , Garrard (40). 
Budding in Lopliopus and Cristatella , Marchal (78). 
United States, fresh-water forms, Davenport (22). 
(b) GEOGRAPHICAL. 
General. 
Bryozoa , distribution and the bipolarity theory, Calvet (12). 
Finland, plankton collections, Luther (73). 
tSurrey, collections, Holmes (51). 
A f is prefixed to the references to fossil forms. 
