GEOGRAPHICAL. 
Bry. 9 
Affinities with Fhoro/iis, 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). 
fPaleozoic Bryozoan reefs, Grabau (44), 
ENTOPROCTA. 
Excretory organs, Stiasny (106). 
Cyclostoma. 
tJurassic forms of Stomatopora and Prohoscina, Lang (63). 
Budding in Lichenopora^ Marchal (78). 
tDevelopment of some paleozoic forms, Comings (21). 
Cheilostoma. 
Anatomy of new forms from the subantarctic region of the Atlantic, 
Calvet (10). 
tAnatomy of some fossil forms, Couffon (20). 
Anatomy of Memhranipora membranacea, Loppens (71). 
Rock-cementing forms, Lomas (69). 
On the constitution of the chromatic substance in the nucleus, Boveri 
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). 
tAnatomy of Paleozoic forms, Ulrich & Bassler (107). 
Male reproductive organs, Retzius (96). 
PHYLACTOL.EMA. 
Anatomy of fresh-water forms, Davenport (22). 
Anatomy of Cristatella., Hurrell (54). 
Anatomy and biology of Lophopus crystallinus, Garrard (40). 
Budding in Lophopus and Cristatella, Marchal (78). 
United States, fresh-water forms, Davenport (22). 
ib) GEOGRAPHICAL. 
General. 
Bryozoa, distribution and the bipolarity theory, Calvet (12). 
Finland, plankton collections, Luther (73). 
t Surrey, collections. Holmes (51). 
A t is ijrefixed to the references to fossil forms. 
