Microporella funbio Ramalho, 2020

Ramalho, Laís V., López-Fé, Carlos M., Mateo-Ramírez, Angel & Rueda, José Luis, 2020, Bryozoa from deep-sea habitats of the northern Gulf of Cádiz (Northeastern Atlantic), Zootaxa 4768 (4), pp. 451-478 : 468-470

publication ID

https://doi.org/ 10.11646/zootaxa.4768.4.1

publication LSID

lsid:zoobank.org:pub:341C80B1-AE7A-46A9-AEC6-EE11CD1E3106

DOI

https://doi.org/10.5281/zenodo.3794573

persistent identifier

https://treatment.plazi.org/id/03C8879D-FFC7-FFBB-5887-FAB1FE5E5EE3

treatment provided by

Plazi

scientific name

Microporella funbio Ramalho
status

 

Microporella funbio Ramalho & López-Fé n. sp.

( Figs 6 View FIGURE 6 B–E, 7A; Table 7)

Material examined. Holotype: MNCN 25.03 View Materials /4209: DA08, Gazul MV, 486–487 m depth, 24 June 2010, INDE- MARES CHICA Project, IEO coll., on shells . Paratypes: MNCN 25.03 View Materials /4208: DA07, Gazul MV, 491–495 m depth, 24 June 2010 , INDEMARES CHICA Project, IEO coll., on shells; MNCN 25.03 View Materials /4210: DA11, Gazul MV, 461–462 m depth, 27 June 2010 , INDEMARES CHICA Project, IEO coll., on shells; MNCN 25.03 View Materials /4211: DA02, Gazul MV, 402–451 m depth, 21 June 2010 , INDEMARES CHICA Project, IEO coll., on MDACs.

Etymology. The specific name ‘ funbio ’ is the acronym of ‘FUNdación BIOdiversidad’, a public organization that coordinated the projects LIFE+ INDEMARES and LIFE IP PAF INTEMARES, which made possible the present study, among other projects (e.g. ATLAS). It is used as a name in apposition.

Description. Encrusting colony, unilaminar ( Fig. 6B View FIGURE 6 ). Autozooids hexagonal, longer than wide ( Fig. 6B, C View FIGURE 6 ); frontal shield nodular with very small pores scattered on the surface ( Fig. 6B, C View FIGURE 6 ). Orifice transversely D-shaped, wider than long, proximal border crenulate ( Fig. 6C, D View FIGURE 6 ); six oral spines (rarely seven), hollow and thick ( Figs 6 View FIGURE 6 B–D, 7A), four visible in ovicellate zooids ( Fig. 6E View FIGURE 6 ). Ascopore crescentic, with a denticulate edge, with proximal border raised from the frontal surface ( Figs 6C View FIGURE 6 , 7A View FIGURE 7 ). Single avicularium located latero-medially or slightly nearer to the ascopore; rostrum triangular with tip raised from the frontal surface, directed slightly latero-distally; crossbar complete ( Figs 6B, C View FIGURE 6 , 7A View FIGURE 7 ); mandible long, setiform. Ovicell globose ( Fig. 6B, E View FIGURE 6 ), wider than long, not personate; ooecium surface nodular, similar to frontal shield of the zooid, without expansions around the aperture ( Fig. 6B, E View FIGURE 6 ); proximal border with a smooth and arched rim ( Fig. 6B, E View FIGURE 6 ).

Remarks. Microporella is a specious genus with almost 140 species, most of them recent ( Bock 2019; 02.12.2019). Microporella ciliata ( Pallas, 1766) is similar to the new species in having not personate ovicell and avicularium situated laterally between the ascopore and the midline of the zooid. It differs in having 1–4 oral spines, orifice with smaller proportion L/W ( M. ciliata : 0.54; M. funbio Ramalho & López-Fé n. sp.: 0.78), ascopore without raised proximal border, and ovicell without an arched and smooth proximal rim ( Kukliński & Taylor 2008). The most similar species is M. browni Harmelin et al., 2011 described from the Indian Ocean and the Mediterranean Sea, which has 4–6 oral spines and similar avicularium, but the primary orifice has rounded and serrated (11–19 denticles) anter and proximal border with an irregular, slightly corrugated edge, larger frontal pores and personate ovicell, encompassing the primary orifice hiding completely the oral spines. The combination of the following characters—six hollow and thick oral spines, orifice with denticulate proximal border, ascopore with an elevated proximal border, single setiform avicularium, and ovicell not personate—distinguishes the new species from all congeners.

Habitat and associated species. This species was found associated with coarse and mixed sediment with MDACs, where species such as B. phylipiana , C. cidaris , F. chunii , sponges and sea pens ( K. stelliferum and F. quadrangularis ) also occur.

MV

University of Montana Museum

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