A revision of North American genera of ceramoporoid bryozoans (Ectoprocta); Part 1, Anolotichiidae
John E. Utgaard
Abstract
John E. Utgaard
Abstract
The genera Anolotichia Ulrich and Bythotrypa Ulrich are redefined and, together with the new genus Crassaluna and, tentatively, Scenellopora Ulrich, are placed in the new family Anolotichiidae. These Ordovician genera are removed from the family Ceramoporidae because of their distinctive wall microstructure and irregular cystlike or boxlike interzooecial spaces (9mesopores9 or 9cystopores9). Because of the rediscovery of lunaria in post-Paleozoic lichenoporoid cyclostomes and the suggested phylogenetic relationship between the Paleozoic ceramoporoids and fistuliporoids and the lichenoporoids, the order Cystoporata probably should be expanded to include the lichenoporoid cyclostomes.
OpenAlex reports 8 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
The genera Anolotichia Ulrich and Bythotrypa Ulrich are redefined and, together with the new genus Crassaluna and, tentatively, Scenellopora Ulrich, are placed in the new family Anolotichiidae. These Ordovician genera are removed from the family Ceramoporidae because of their distinctive wall microstructure and irregular cystlike or boxlike interzooecial spaces (9mesopores9 or 9cystopores9). Because of the rediscovery of lunaria in post-Paleozoic lichenoporoid cyclostomes and the suggested phylogenetic relationship between the Paleozoic ceramoporoids and fistuliporoids and the lichenoporoids, the order Cystoporata probably should be expanded to include the lichenoporoid cyclostomes.
Key concepts: Genus, Paleozoic, Paleontology, Ordovician, Biology, Zoology, Evolutionary biology