This page represents the following TreeOfLife-200M taxonomic path.[1]
Members of Aphrocallistidae (glass sponges) are typically observed as lopsided goblet- to finger-like “cup” morphologies, with the siliceous skeleton often visible in imagery.
These forms are consistent with the family-level assignment across multiple image records aggregated under the Aphrocallistidae path.[1]
Hexactinellid glass sponges—including Aphrocallistidae—are relevant to assessing impacts of deep-sea disturbance because they can function as suspension feeders and may be associated with suitable substrata such as nodule-bearing habitats.
In a long-term revisit of simulated polymetallic nodule mining (Peru Basin, DISCOL revisit after 26 years), Porifera density dropped most strongly in the most directly disturbed “plough track” habitat, and the authors link these changes to loss of habitat/substratum needed by nodule-associated suspension feeders. Aphrocallistidae were included among the Porifera taxa imaged/measured, and an Aphrocallistidae morphotype is represented in example imagery.
The same work interprets long-lasting impacts in terms of reduced suspension-feeder standing stock in disturbed tracks, with mechanisms including removal/burial of hard substratum and microhabitat features that can limit recolonization.
Aphrocallistidae are represented in global biodiversity data portals (e.g., GBIF), where the taxon is used as an indexed family concept for occurrence records.