Endecous (Endecous) painensis, Castro-Souza & Junta & Reira, 2020
publication ID |
https://doi.org/ 10.11646/zootaxa.4821.2.4 |
publication LSID |
lsid:zoobank.org:pub:10E495AC-3D55-4F39-A214-7F84FB38746B |
DOI |
https://doi.org/10.5281/zenodo.4437509 |
persistent identifier |
https://treatment.plazi.org/id/03DB557C-912B-415A-E0C1-A238FCD74097 |
treatment provided by |
Plazi |
scientific name |
Endecous (Endecous) painensis |
status |
sp. nov. |
Endecous (Endecous) painensis n. sp.
( Figures 5–10 View FIGURES 5–10 , 11–18 View FIGURES 11–18 , 19 View FIGURE 19 , 20–25 View FIGURES 20–25 , 26–30 View FIGURES 26–30 , 31–32 View FIGURES 31–32 , Table 2)
Depository. Holotype and 12 Paratypes of E. (E.) painensis n. sp. (10 ♂♂ and 3 ♀♀), were deposited in the “Coleção de Invertebrados Subterrâneos de Lavras” ( ISLA), Centro de Estudos em Biologia Subterrânea, Setor de Zoologia Geral , Departamento de Biologia , Universidade Federal de Lavras (Federal University of Lavras), Minas Gerais, Brazil.
Sc.d, endophallic sclerite duct; End.Sc.p, endophallic sclerite posterior portion
Material examined: Holotype, ♂, code ISLA 59121, Brazil , Minas Gerais , municipality of Pains, Brega cave (20° 25’ 5.25” S; 45°46’ 20.67”O), 20.i.2018, R. A. Castro-Souza, leg. Holotype condition: right tegmen were detached and maintained in holotype’s tube. Paratypes, 9 ♂♂ ( ISLA 59122; 59123; 59124; 59125; 59126; 59127; 59128; 59129; 59130) and 3 ♀♀ ( ISLA 59131; 59132; 59133), same locality of holotype., 20.i.2018, 03.ii.2018, 14.ix.2018, R. A. Castro-Souza, leg. Individuals examined, municipality of Pains, Mastodonte cave GoogleMaps (20° 25’ 34.44”S; 45°37’53.17”O), 30.i.2018, 17.iii.2018, R. A. Castro-Souza, leg., 2 ♂ ( ISLA 59133; 59134); Pains, Macacos III cave (20° 24’ 28.44”S; 45° 40’ 18.82”O), 02. iii.2009, R. L. Ferreira, leg., 1 ♂ ( ISLA 15381); Pains, Loca D’Água de Baixo cave GoogleMaps (20° 25’ 25.04” S; 45°41’34.11” O), 10.ii.2016, R. A. Castro-Souza, leg., 1 ♂ ( ISLA 59135); Pains, Loca dos Negros GoogleMaps cave (20° 26’ 7.66”S; 45° 39’ 34.70”O), 21.iv.2009, R. L. Ferreira, leg., 1 ♂ ( ISLA 15349); Pains, Éden cave GoogleMaps (20°23’5.24”S; 45°40’1.66”O), 06.x.2018, R. A. Castro-Souza, leg., 1 ♂ ( ISLA 62610); Pains, Tabocas III cave (20°19’36.30”S; 45°41’24.97”O), 03.iii.2017, R. L. Ferreira, leg., 1 ♂ ( ISLA 62611); Pains, Cornélio I cave (20°18’8.21”S, 45°40’9.76”O), 28.i.2009, R. L. Ferreira, leg., 1 ♂ ( ISLA 15364); Pains, Zizinho Beraldo cave GoogleMaps (20°21’22.69”S; 45°50’2.71”O), 21.i.2009, R. L. Ferreira, leg., 1 ♂ ( ISLA 15380); Pains, São Lourenço cave GoogleMaps (20°19’34.40”S, 45°41’29.38”O), 20.iv.2018, R.A. CastroSouza, leg., 1 ♂ ( ISLA 62612); Pains, Cerâmicas cave GoogleMaps (20°24’15.46”S, 45°35’51.16”O), 03.iv.2009, R. A. Zampaulo, leg., 1 ♂ ( ISLA 15346); Pains, Vicente Amargoso cave GoogleMaps (20°23’17.69”S, 45°37’33.92”O), 26.vi.2009, R. A. Zampaulo, leg., 1 ♂ ( ISLA 15394); Pains, Tio Rafa II cave (20°24’47.44”S, 45°39’52.88”O), 24.i.2009, R. A. Zampaulo, leg., 1 ♂ ( ISLA 16082); Pains, Paranoá cave GoogleMaps (20°21’54.23”S, 45°40’8.46”O), 27.i.2009, R. L. Ferreira, leg., 1 ♂ ( ISLA 15411); Pains, Torre cave GoogleMaps (20°25’25.85”S, 45°36’3.65”O), 03.ii.2017, R. A. Castro-Souza, leg., 1 ♂ ( ISLA 62613); Pains, Ponte Velha cave GoogleMaps (20°20’17.22”S, 45°48’37.59”O), 04.i.2017, R. A. Castro-Souza, leg., 1 ♂ ( ISLA 64048); Pains, Capoeirão cave GoogleMaps (20°20’25.42”S, 45°46’57.13”O), 22.i.2009, R. L. Ferreira, leg., 1 ♂ ( ISLA 16085); Pains, Dimas I cave (20°27’58.98”S, 45°39’41.49”O), 26.i.2009, R. A. Zampaulo, leg., 1 ♂ ( ISLA 15412); Pains, Fisico cave GoogleMaps (20°24’3.72”S, 45°40’9.64”O), 01.iv.2009, R. A. Zampaulo, leg., 1 ♂ ( ISLA 15352); Pains, Manada II cave (20°22’20.28”S, 45°40’26.40”O), 26.iii.2009, R. A. Zampaulo, leg., 1 ♂ ( ISLA 15362); municipality of Doresópolis, Milagres cave GoogleMaps (20°20’36.24”S, 45°51’49.68”O), 13.i.2009, R. L. Ferreira, leg., 1 ♂ ( ISLA 15382); Doresópolis, Bar-reado II cave (20°20’44.50”S, 45°51’30.03”O), 20.i.2009, R. A. Zampaulo, leg., 1 ♂ ( ISLA 16076); Doresópolis, B 082 cave (20°18’16.78”S; 45°54’45.54”O,) 12.xi.2002, R. L. Ferreira, leg., 1 ♂ ( ISLA 64047); Doresópolis, Helinho I cave (20°18’34.73”S, 45°50’47.35”O), 02.vii.2009, R. A. Zampaulo, leg., 1 ♂ ( ISLA 62614); Doresópolis, Buraco dos Curiós GoogleMaps cave (20°18’19.44”S, 45°54’21.14”O), 04.vii.2009, R. A. Zampaulo, leg., 1 ♂ ( ISLA 62615); Doresópolis, Peixe cave GoogleMaps (20°17’10.54”S, 45°47’40.18”O), 29.xii.2017, R. L. Ferreira, leg., 1 ♂ ( ISLA 62616); Doresópolis, Ninfeta de Baixo cave GoogleMaps (20°20’16.19”S, 45°36’53.42”O), 25.i.2009, R. A. Zampaulo, leg., 1 ♂ ( ISLA 62617); municipality of Lagoa da Prata, Bicho que Foi cave (20° 4’33.19”S, 45°34’44.29”O), 03.v.2003, R. L. Ferreira, leg., 1 ♂ ( ISLA 15385); municipality of Campo Belo, 52A cave (20°50’35.38”S; 45°21’53.84”O), 24.iii.2012, H. Nadolny, 1 ♂ ( ISLA 16071) .
Distribution. This species is distributed in caves in the municipalities of Arcos, Campo Belo, Córrego Fundo, Doresópolis, Lagoa da Prata and Pains, many of them associated with the Arcos-Pains-Doresópolis speleological unit, which comprises the region with the highest density of caves known for South America ( Fig. 1 A and B View FIGURE 1 ).
Etimology. Specific epithet “ painensis ” refers to the municipality Pains, type locality of the new species. This name originates in language, which cite the family “ Paim Pamplona ” around the 18th century, where was it usual pronounce the phrase “Let’s go to the farm of Paim ”, region where the name of the municipality originated.
Diagnosis. Combination of the following characters: phallic complex slightly more elongated than wide in dorsal or ventral view ( Figs 5 and 6 View FIGURES 5–10 ); pseudepiphallic dorsal branch underdeveloped, elongated, rounded at apex, with the presence of a small angulation, leaning in greater degree to inwards of the phallic complex ( Figs 5, 7 and 9 View FIGURES 5–10 , Ps. db); pseudepiphallic paramere well developed, discoidal and concave (in dorsal, diagonal and front view) ( Figs 5–9 View FIGURES 5–10 , Ps. P); a small region forming an arc partially sclerotized U-shaped ( Fig. 5 View FIGURES 5–10 , blue arrow) between the bases of the pseudepiphallic parameres (Ps.P) and below the endophallic sclerite posterior portion (End.Sc.p); endophallic sclerite anterior portion well developed and sclerotized, with a groove (in ventral view); a dilated and elongated apodeme is evident after the groove ( Figs 6 and 7 View FIGURES 5–10 , End.Sc.a, yellow arrow).
Description, male holotype ♂. Body color: head, pronotum and right tegmen brown color in dorsal view ( Figs 12–14 View FIGURES 11–18 , 31 View FIGURES 31–32 ), slightly light yellowish brown ventrally, as well as the abdomen ( Fig. 15 View FIGURES 11–18 ); legs slightly light yellowish brown at base and medium brown in the extremities, cerci pubescent and brown ( Figs 17 and 18 View FIGURES 11–18 ). Head: slightly pubescent, elongated in front view (4.65 and 3.43 mm, length and width respectively), vertex brownish, with a central band reaching the occiput; gena, clypeus, frons and labrum light yellowish brown, mandibles brown whitish and sclerotized in all its extension; first two maxillary palpomeres of similar proportion, smaller than the third and fourth that have the same proportion, fifth palpomere greater than the fourth, slightly elongated, claviform format, light yellowish brown and curved at apex; first, second and third labial palpomeres crescent in size, slightly pubescent, third claviform; scape, pedicel and antennomeres medium brown and pubescent, the region between the antennas has well developed bristles; compound eyes developed, slightly surrounded by depigmented ommatidium, and with a small depigmented dorsal field where scape fits; ocelli absent ( Figs 11 and 12 View FIGURES 11–18 ). Thorax: pronotum pubescent, with long bristles around the anterior and posterior extremities, a lighter vertical band crosses the center of the structure, lateral lobes rounded ( Figs 13 and 15 View FIGURES 11–18 ). Leg I: femur and tibia of similar size; oval auditory tympanum in the ventralproximal region of the tibia ( Fig. 19–I View FIGURE 19 , (t) highlighted in yellow); tibia armed with a pair of ventro-apical spurs of the same-size; first tarsomere serrulated, greater than the second and third tarsomeres ( Fig. 19 View FIGURE 19 –I–II). Leg II: tibia with a pair of internal and external apical spurs, dorsal smaller ( Fig. 16 View FIGURES 11–18 –III–IV, μ and λ highlighted in yellow). Leg III: femur developed; tibia serrulated of proportional size to the femur, armed with a sequence of three internal subapical spurs ( Fig. 19–V View FIGURE 19 , α, β and γ highlighted in yellow) and four outer side ( Fig. 19 View FIGURE 19 –VI, w, x, y and z highlighted in yellow), distal spur smaller ( Fig. 19 View FIGURE 19 –VI, z); four apical spurs at inner ( Fig. 19–V, d, e, f and g View FIGURE 19 highlighted in yellow) and and three at outer side ( Fig. 19 View FIGURE 19 –VI, a, b and c highlighted in yellow); three tarsomeres present, first serrulated distally and more elongated than the second and third, with a pair of apical spurs, the inner longer ( Fig. 19 View FIGURE 19 –V–VI, θ and δ highlighted in yellow). Right tegmen developed and sclerotized, covering the first three abdominal tergites ( Fig. 15 View FIGURES 11–18 ); mirror oval with three crosse-vein and fourth cells, first caudal vein has two small discontinuous branches and a small secondary cell; harp with six cross-veins, the last three caudal cells connected to a diagonal vein; lateral field with two large vertical cells and numerous accessory veins, from those are projected numerous irregular vein, some of these may be efurcate; basal field vein 1A, 2A, and 3A not furcate, main route leading up to the meeting of the 1A and 2A presents two small secondary cells ( Figs 11 and 17 View FIGURES 11–18 ); stridulatory file with 91 teeth. Abdomen: cerci elongated and pubescent, mainly on the basis; supranal plate short, rounded apex, lateral projections short ( Figs 16 and 18 View FIGURES 11–18 ); subgenital plate short, subtriangular apex ( Fig. 17 View FIGURES 11–18 ).
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Departamento de Geologia, Universidad de Chile |
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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Grylloidea |
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