Pygmarrhopalites maestrazgoensis, Jordana, Rafael, Fadrique, Floren & Baquero, Enrique, 2012
publication ID |
https://doi.org/ 10.5281/zenodo.212081 |
DOI |
https://doi.org/10.5281/zenodo.5670887 |
persistent identifier |
https://treatment.plazi.org/id/510F6C71-FFCC-3C68-FF7E-FE4BFBBCFD13 |
treatment provided by |
Plazi |
scientific name |
Pygmarrhopalites maestrazgoensis |
status |
sp. nov. |
Pygmarrhopalites maestrazgoensis sp. nov.
Figs 1–19 View FIGURES 1 – 4 View FIGURES 5 – 7 View FIGURES 8 – 13 View FIGURES 14 – 19 , Tabs 1 & 2 View TABLE 2
Diagnosis. Unpigmented; 1 + 1 eyes; trichobothria A, B and C forming a straight line towards hind part; Ant IV subdivided into 5 subsegments; all claws with inner tooth, all empodia with corner tooth, and empodial filaments overtopping tip of corresponding claw; anterior lobe of tenaculum with 2 apical setae; dens with 3, 2, 1, 0, 1 anterior setae, posterior side with 1 spine; both edges of mucro gutter-like serrated and tip rounded; some circumanal setae broadened with wings but without subbasal serration; appendices anales rod-like, gradually broadening to distal part, with apical and subapical serration.
Type locality. Turcacho Cave, Iglesuela del Cid, Teruel. UTM Coordinates (ED50): 31TO72998/4485051.
Type material. Holotype: central specimen from slide Te11-01, date: 2.xii.2011, temperature = 10,36 °C, RH = 96,17. Paratypes (same data as Holotype): 2 specimens on the same slide of Holotype, 12 specimens kept in ethylalcohol 70%, F. Fadrique leg. Holotype and 8 paratypes depostited in MZNA (Museum of Zoology, University of Navarra); other paratypes in the Barcelona Natural Science Museum.
Additional material. La Cija Cave, Fortanete, Teruel, UTM Coordinates (ED50): 30TO706648/4495135 (T3- T4) 1 specimen on slide and 6 in ethylalcohol 70%, 11.xi.2011, F. Fadrique leg., code Te07-01; 1 specimen on slide, temperature = 8,6 °C; RH = 92,15, 2.iv.2010, F. Fadrique leg. code T10; 1 specimen on slide, 6 specimens in ethylalcohol 70%, temperature = 8,32 °C; RH = 97,36, 12.xi.2011, F. Fadrique leg.
St. Victor Cave, Fortanete (Teruel), 1 specimen (sample T1), UTM Coordinates (ED50): 30TO710974/ 4480491, temperature = 13,88 ºC, HR 95,27%. F. Fadrique leg. Deposited in Barcelona Natural Science Museum.
Description. Female: body length 0.9–1.02 mm, (mean of 6 specimens = 1019.7 micrometers), pigmentation absent.
Head ( Fig. 1 View FIGURES 1 – 4 ). Eyes 1 + 1, unpigmented (in one specimen with red pigment). No spine-like setae on the head. Clypeal area: 6 rows (from a to f); row a without axial seta, one axial seta between c and d rows (c0). Inter-antennal area with 2 rows (α? and β) without axial setae. Dorsal area: 4 rows (from A to D) with 3 axial setae in rows A, B and C (chaetotaxy nomenclature after Vargovitsh (2009). Labral setae number a: 4, m: 5, p: 5; prelabral: 6 ( Fig. 2 View FIGURES 1 – 4 ). Labial palp with papillae A–E as in figure 3. Maxillary outer lobe as in figure 4, with 3 sublobal setae and 2 setae on oral fold.
Antennae ( Figs 5–7 View FIGURES 5 – 7 ). 2 times as long as head. Length ratio of antennal segments I: II: III: IV = 1: 2–2.5: 3.2–4: 8.4–11. Ant I with 7 setae, subapical posterior seta minute; Ant II with 15 simple setae. Ant III not swollen on sub-basal or medial part, with 17 setae and 2-rods sense organ; microsensillum Aai, setae Api and Ap straight, setae Ape, Ae and Ai curved ( Fig. 5 View FIGURES 5 – 7 ). Ant IV subdivided into 5 subsegments; subsegmental formula: 1 + 3 + 1. Ant IV bears the following whorls of setae: 5 on basal subsegment (BA, BM1–BM3, BB), 3 on medial subsegments each, and 5 on apical subsegment: AI–AIII, M1–M2 (after Vargovitsh (2009); Fig. 7 View FIGURES 5 – 7 ).
Legs ( Figs 8–13 View FIGURES 8 – 13 ). Foreleg: precoxae 1, 2 and coxa with 1, 0, 1 setae respectively; trochanter with 2 anterior and 2 posterior setae; femur with 13 setae, a4 twisted perpendicularly to the longitudinal axis of the segment; tibiotarsus with 3 setae FP (FPe, FPae, FPpe) and seta FS; whorl I with 9 setae; whorls II–V with 8 setae each. Pretarsus with 1 anterior and 1 posterior setae. Claw ( Fig. 11 View FIGURES 8 – 13 ) with inner tooth and 2 pairs of lateral teeth visible in ventral view, tunica absent. Empodium thin, with corner tooth in subbasal half, with long apical filament exceeding tip of claw. Claw 4.5 times shorter than tibiotarsus. Mid leg: precoxae I, II and coxa with 1, 1, 3 setae respectively; trochanter with 3 simple setae and anterior trochanteral organ; femur with 13 setae, 2 posterior ones minute; tibiotarsus with 3 setae FP present, seta FSa present; whorl I with 9 setae, whorls II-III with 8 setae, whorl IV-V with 7 setae in different arrangement; claw ( Fig. 12 View FIGURES 8 – 13 ) broader than in foreleg, with inner tooth and 2 pairs of lateral teeth, tunica absent; empodium broader than in foreleg, with corner tooth in subbasal part; apical filament exceeding tip of claw; claw 5.5 times shorter than tibiotarsus. Hind leg: precoxae with 1, 1 setae and coxa with 3 setae and 1 small spine; trochanter with anterior trochanteral organ, 3 anterior and 1 posterior simple setae; femur with 10 setae and 2 posterior setae; tibiotarsus with 3 setae FP, seta FSa present; whorls I–V as in mid tibiotarsus; claw ( Fig. 13 View FIGURES 8 – 13 ) broader than in fore and mid leg, with inner tooth and 2 pairs of lateral teeth; empodium broader than in the other legs, with corner tooth in the middle, and apical filament exceeding tip of claw; claw 7.5 times shorter than tibiotarsus. Length ratio of tibiotarsi I: II: III = 1: 1.1: 1.3.
Ventral tube with 1 + 1 apical curved setae. Tenaculum ( Fig. 15 View FIGURES 14 – 19 ) with 3 sclerotic teeth on each ramus and soft basal process; anterior lobe with 2 apical setae; tip of posterior lobe not exceeding tip of anterior lobe.
Furca. Manubrium ( Fig. 14 View FIGURES 14 – 19 ) with 6 + 6 posterior setae. Dens ( Fig. 16 View FIGURES 14 – 19 ) with 4 groups of setae on anterior side (3, 2, 1, 0, 1); ve1A, B, C as normal setae, ve2B and C long and appressed setae to the cuticle, ve6B normal seta; posterior side with 1 spine (E1), and 17 normal setae. Mucro ( Figs 17–18 View FIGURES 14 – 19 ) constricted on anterior side; both edges gutter-like serrated; tip globular. Dens/Mucro ratio = 1.6.
Great abdomen ( Fig. 14 View FIGURES 14 – 19 ). Meso- and metathorax with normal dorsal setae, 1 neosminthuroid seta a on Th II and III. Trichobothria A, B and C forming a straight line towards hind part. Single p seta of p -row of Abd I is located below the level of B trichobothrium, seta a1 placed above and posterior to A trichobothrium, b1 placed between B and C trichobotria, seta c1 and c2 below C trichobothrium. Posterior lateral complex with 4 + 3 and furca base complex with 9 setae. Posterior dorsal complex with about 23 setae arranged in 3 rows. Ventral complex with 2 setae.
Abd V with 1 setae and trichobothrium D in row a, and 3 setae in row p ( Fig. 14 View FIGURES 14 – 19 ).
Abd VI ( Fig. 19 View FIGURES 14 – 19 ) without cuticular spines; some circumanal setae broadened with wings but without subbasal serration (av1’ and av1); seta A1 shorter than seta a0 and DL2; appendices anales (av5) rod-like, gradually broadening to distal part, with apical and subapical serration.
Bionomy and distribution. All specimens were collected from water surface in dark zone of caves more than 70 m from the cave entrance. The species has been found only in three caves of the same karst massif. In the St. Victor Cave it co-occurred with P. cantavetulae sp. nov. described below.
Etymology. The new species is named after geographical area of Maestrazgo.
Remarks. P. maestrazgoensis sp. nov. is very close to P. kristiani Vargovitsh, 2005 and sharing the presence of only one external spine on dens and the absence of internal spines. However, both species are differing in morphology of claw and empodium, and in chaetotaxy of the anal flaps of Abd VI.
TABLE 2. Equivalences of Abd VI setae nomination on females of Arrhopalitidae.
Lawrence (1979), Christiansen and Bellinger (1996), Zeppelini et al. (2009), Zeppelini (2011) | Bretfeld (1999) | Vargovitsh (2009) |
---|---|---|
A1 | sa | ps1 |
A7 | sa1 | pi1 |
A9 | sa2 | pi2 |
B2 | p3 | ms3 |
B3 B10 female anal appendix B11 | sa' av5 sa3 | ps2 mi5 pi3 |
C1 | a0 | ms1 |
C2 | a1 | mps1 |
C3 | a2 | mps2 |
C4 C5 C6 | a3 av1’ av1 | mps3 mpi1 mpi2 |
C7 C8 C9 | av2 av3 av4 | mpi3 mpi4 mpi? |
C11 | VL7 | ai7 |
D2 | DL2 | ms2 |
D3 | p2 | ms4 |
D4 | p1 | ms5? |
D4’ D5 | p1' VL1 | ? mi1 |
D6 D7 D8 | VL2 VL3 VL4 | mi2 ami ami |
D9 D10 | VL5 VL6 | ai5 ai6 |
E4 | A1 | as4 |
E6 E7 E8 | AV 1 AV 2 AV 3 | ai1 ai2 ai3 |
E10 | P6 | ? |
E11 | ? | ? |
F3 | A3 | as2 |
F4 | DL1 | as4 |
MZNA |
Universidad de Navarra, Museum of Zoology |
No known copyright restrictions apply. See Agosti, D., Egloff, W., 2009. Taxonomic information exchange and copyright: the Plazi approach. BMC Research Notes 2009, 2:53 for further explanation.
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