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Service Notice

The Western Australian Herbarium’s collections management system, WAHerb, and DBCA’s flora taxonomic names application, WACensus, have been set to read-only mode since 1 October 2025. Recent taxonomic changes are not currently being reflected in Florabase, herbarium collections, or the census. Due to the rapidly approaching holiday season and associated agency and facility soft closures, along with the substantial work involved in data mapping, cleaning, and verification, the migration to the new collection management software is not expected to occur before 1 March 2026, when a further update will be provided. Please reach out to us if you have any questions or concerns.

The notice period started at 9:45 am on Friday, 12 December 2025 +08:00 and will end at 12:00 pm on Monday, 2 March 2026 +08:00.

Gloiophloea scinaioides J.Agardh

Reference
Acta Univ.Lund. 29 (1872)
Conservation Code
Not threatened
Naturalised Status
Native to Western Australia
Name Status
Current

Scientific Description

Habit and structure. Thallus (gametophyte) red, 5–10 cm high, subdichotomously branched every 3–10(–15) mm below, often 1–2(–3) cm apart above, not constricted, branches 1.5–2 mm in diameter, apices rounded. Holdfast discoid, 1–3 mm across; epilithic. Structure multiaxial, developing a central core of entwined filaments 2.5–10 µm in diameter, from which radiate medullary filaments 3–5 µm in diameter, with the cortex 2–3(–4) cells thick, of globose to pyriform rhodoplastic cells 5–12.5 µm long and 5–7.5 µm in diameter, outwardly smaller, and without any colourless utricles. Tetrasporophyte filamentous, cells 2–8 µm in diameter, L/D 5–8.

Reproduction.Outer cortical cells released as monosporangia 5–6 µm in diameter. Sexual thalli monoecious. Carpogonial branches 3-celled, developing on outer medullary cells, with the hypogynous cell forming three sterile branches, 1-celled, 2-celled and 3-celled (plus a further cell from its base) and the basal cell producing sterile filaments which form the involucre after fertilization. Fertilized carpogonium cutting off initials which form the gonimoblast with terminal chains of ovoid carposporangia 12–15 µm long and 7–10 µm in diameter; a basal fusion cell present. Cystocarps 110–225 µm in diameter, ostiolate, with a well developed involucre. Spermatangia cut off from outer cortical cells as a surface layer, ovoid, 3–4 µm in diameter. Tetrasporangia borne terminally or laterally, sessile or pedicellate, cruciately divided, 10–11 µm in diameter and 15–20 µm long.

Distribution.From Eucla, W. Aust., to Walkerville, Vic., and the N coast of Tas.

[After Womersley, Mar. Benthic Fl. Southern Australia IIIA: 107–108 (1994)]