Metafruticicola coartata coartata Fuchs & Käufel, 1936

Bitzilekis, Eleftherios, Vardinoyannis, Katerina & Mylonas, Moisis, 2023, A new species of Metafruticicola (Gastropoda, Hygromiidae) from the Aegean Archipelago and new anatomical and distributional data on some congeneric species, European Journal of Taxonomy 879 (1), pp. 1-23 : 14-15

publication ID

https://doi.org/ 10.5852/ejt.2023.879.2155

publication LSID

lsid:zoobank.org:pub:02FF7797-1F28-4782-B9F6-24CE9A4993D3

DOI

https://doi.org/10.5281/zenodo.8135447

persistent identifier

https://treatment.plazi.org/id/03F68790-FFC9-FF89-FE38-FB78FE1FF806

treatment provided by

Felipe

scientific name

Metafruticicola coartata coartata Fuchs & Käufel, 1936
status

 

Metafruticicola coartata coartata Fuchs & Käufel, 1936 View in CoL

Figs 6 View Fig , 7A View Fig , 8 View Fig

Material examined

GREECE – Cyclades • 7 shells, 19 specs in 75% alcohol, 4 dissections; Askania Islet ; 36.2346° N, 25.2135° E; 22 Mar. 1993; M. Mylonas leg.; NHMC 50.4077 View Materials GoogleMaps 16 shells, 28 specs in 75% alcohol, 4 dissections; Christiani Islet ; 36.2497° N, 25.2038° E; 19 Mar. 1993; M. Mylonas leg.; NHMC 50.3721 View Materials GoogleMaps 1 spec. in 95% alcohol; Thirasia Island ; 36.4265° N, 25.3423° E; 26 May 2007; K. Vardinoyannis leg.; NHMC 50 View Materials . 42157 GoogleMaps 6 shells; Anafi Island, Moni Zoodochou Pigis to Moni Panagias Kalamiotissas ; 36.3583° N, 25.8309° E; 26 Nov. 2021; L. Maroulis leg.; NHMC 50.49858 View Materials GoogleMaps 3 shells, 4 specs in 75% alcohol, 2 dissections; Fteno Islet ; 36.3111° N, 25.7999° E; 22 Mar. 1993; M. Mylonas leg.; NHMC 50.3726 View Materials GoogleMaps 14 shells, 19 specs in 75% alcohol, 2 dissections; Makra Islet ; 36.2693° N, 25.8857° E; 21 Mar. 1993; M. Mylonas leg.; NHMC 50.4056 View Materials GoogleMaps 8 shells; Pacheia Islet ; 36.2737° N, 25.8308° E; 21 Mar. 1993; M. Mylonas leg.; NHMC 50.432 View Materials GoogleMaps . – Dodecanese • 46 shells, 3 specs in 75% alcohol, 2 dissections; Sochas Islet ; 36.0573° N, 26.4047° E; 18 May 2018; P. Lymberakis leg.; NHMC 50.16877 View Materials GoogleMaps 18 shells, 15 specs in 75% alcohol, 3 dissections; Mikri Zafora Islet ; 36.0467° N, 26.4096° E; 21 Apr. 1989; M. Mylonas leg.; NHMC 50.9955 View Materials GoogleMaps 22 shells; Safonidi Islet ; 36.8867° N, 26.9211° E; 30 Mar. 2005; K. Triantis leg.; NHMC 50.26812 View Materials GoogleMaps .

Locus typicus

Greece, “ Insel Astropalia” (= Astypalaia).

Description

SHELL. Shell description is given by Bank et al. (2013: 117).

SHELL DIMENSIONS (n = 141). H 6.54–12.64 mm; D 11.41–17.52 mm; W 51/s–57/8 whorls.

– Askania Islet (n = 7): H 7.29–12.64 mm (mean = 9.96 mm); D 12.15–16.03 mm (mean = 14.09); W 54/s–57/8 (mean = 55/8). All of the shells with one or two prominent growth interruptions.

– Christiani Islet (n = 16): H 6.54–8.6 mm (mean = 7.62 mm); D 11.41–13.39 mm (mean = 12.15 mm); W 51/s–54/s (mean = 53/8). All of the shells with one or two prominent growth interruptions.

– Anafi Island (n = 6): H 7.17–8.43 mm (mean = 7.84 mm); D 11.86–14.75 mm (mean = 13, 27 mm); W 51/s–53/8 (mean = 52/s). All of the shells with one or two prominent growth interruptions.

– Fteno Islet (n = 3): H 7.72–8.06 mm (mean = 7.89 mm); D 12.3–12.88 mm (mean = 12.59 mm); W 52/s–54/s (mean = 53/8). Shells with one growth interruption.

– Makra Islet (n = 14): H 7.48–9.09 mm (mean = 8.25 mm); D 11.98–14.46 mm (mean = 13.23 mm); W 51/s–55/8 (mean = 53/8). Most of the shells with two growth interruptions.

– Pacheia Islet (n = 8): H 7.25–8.28 mm (mean = 7.73 mm); D 11.85–13.72 mm (mean = 12.55 mm); W 51/s–54/s (mean = 52/s). All of the shells with one or two prominent growth interruptions.

– Sochas Islet (n = 46): H 8.7–11.11 mm (mean = 9.98 mm); D 13.68–17.52 mm (mean = 15.68 mm); W 52/s–57/8 (mean = 55/8). Shells with one or rarely two interruptions.

– Mikri Zafora Islet (n = 19): H 8.77–11.45 mm (mean = 9.84 mm); D 12.32–16.18 mm (mean = 14.84 mm); W 54/s–57/8 (mean = 55/8). Shells with two growth interruptions, several with three.

– Safonidi Islet (n = 22): H 7.53–8.69 mm (mean = 8.06 mm); D 11.08–13.07 mm (mean = 12.10 mm); W 51/s–54/s (mean = 53/8). Shells with one or rarely two interruptions.

GENITALIA ( Fig. 6 View Fig ). Flagellum very long, three times the length of the epiphallus. Epiphallus evenly thick. Penial retractor attached in the proximal third of the epiphallus. Penis around three quarters the length of epiphallus in Makra, Mikri Zafora and Askania. In the specimens from Fteno, the penis is around one third the length of epiphallus. In the specimens from Askania and Fteno the penis is clavate, thicker and distinct at its junction with the epiphallus, while from Christiani, Makra, Sochas and Mikri Zafora islets, it is fusiform with less distinct boundaries with the epiphallus. Penial papilla has a smooth surface and a vertical groove in the center; the epiphallic pore lies at its base. In specimens from Sochas and Mikri Zafora the papilla is semi-ellipsoid, whereas in the animals from Christiani, Makra, Askania and Fteno islets the two parts of the papilla are longer, sub-cylindrical, bilobed but not separated, with rounded tips and one of these two parts is bulkier. Inner penial walls have a smooth surface apart from the specimens of Sochas and Mikri Zafora, where some prominent vertical grooves are observed ( Fig. 6C View Fig ), while in Makra these grooves are less prominent ( Fig. 6D View Fig ). Vas deferens slender. In Makra and Mikri Zafora the vagina is short and slender and has distinct boundaries with the thick base of the duct of the gametolytic gland. In Fteno and Askania the vagina is very short and thick and the boundaries with the base of the duct of the gametolytic gland are vague. Inside the thickened base of the duct there are some longitudinal ridges. Free oviduct is a bit longer than the penis and as broad as the duct of the gametolytic gland. Gametolytic gland is ovate.

Remarks

The shell measurements provided here have a wider range than those given by Bank et al. (2013), due to the populations of different islets that were examined in this study and the large number of specimens. Part of the material that was examined comes from islands and islets that were, until now, out of the distributional range of M. c. coartata , most of which were not previously known to host a species of Metafruticicola ( Fig. 8 View Fig ).

Kingdom

Animalia

Phylum

Mollusca

Class

Gastropoda

Order

Stylommatophora

SuperFamily

Helicoidea

Family

Hygromiidae

SubFamily

Metafruticicolinae

Genus

Metafruticicola

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