Physical characteristics of the Diffussorid genus include colonies that formed from branching, dichotomous budding, resulting in fan-shaped or flat colonies. Fossils have demonstrated a unique exoskeletal organization. Polypide cells, containing the lophophores and lophophoral arms, were embedded within the layered peripheral wall or glycocalyx.
Bryozoans are filter feeders, with a lophophore, a phylogenetically significant feature that distinguishes them from other invertebrates. Since these lophophores are typically scored and look like oral or food-gathering appendages, this condition is most similar to those of the Paleozoic and Mesozoic marine Hypostomata and Emamiidae families.
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Diffussorid is a genus of extinct invertebrates belonging to the phylum Bryozoa. They lived during the Paleozoic and Mesozoic Eras, with fossils found in rocks dating back to around 480 million years ago. This genus is a part of the Stigmatoechinae subfamily, which consists of small, colonial bryozoans with encrusting habits.
The colonies of Diffussorid bryozoans formed from branching, dichotomous budding, resulting in fan-shaped or flat colonies. The fossils have demonstrated a unique exoskeletal organization, with polypide cells embedded within the layered peripheral wall or glycocalyx. Like other bryozoans, they were filter feeders, using their lophophores to gather food.
The Diffussorid genus is of interest to paleontologists, as their unique characteristics allow for a better understanding of the evolution and development of bryozoans. They are compared to other bryozoan families, such as the Hypostomata and Emamiidae, to better understand their place in the family tree.