Matta zuiuda, Brescovit & Cizauskas, 2019

Brescovit, Antonio D. & Cizauskas, Igor, 2019, Seven new species of the spider genus Matta Crosby from caves in the State of Minas Gerais, Brazil (Araneae, Tetrablemmidae), Zootaxa 4559 (3), pp. 401-444 : 403-411

publication ID

https://doi.org/ 10.11646/zootaxa.4559.3.1

publication LSID

lsid:zoobank.org:pub:10CDA291-A32F-4954-9B80-E33579AF46E3

DOI

https://doi.org/10.5281/zenodo.5934733

persistent identifier

https://treatment.plazi.org/id/038887C8-E768-FF87-FF0D-D3BDFC411D2B

treatment provided by

Plazi

scientific name

Matta zuiuda
status

sp. nov.

Matta zuiuda View in CoL sp. n.

Figures 1 View FIGURE 1 ̄5, 30A

Types. Male holotype from Cave ICPA_327 (20°22'S; 45°37'W), 17̄ 29/VI /2013 , A.P. Bueno et al., deposited in IBSP 186527 View Materials . Female paratype from Cave ICPA _701 (20°22'28''S; 45°36'29''W), 18/II ̄ 09/III/2013, A.P. Bueno et al., Pains , Minas Gerais, Brazil, deposited in IBSP 186514 View Materials .

Other material examined. BRAZIL. Minas Gerais: Arcos, Cave Bocaininha _C3 (20°17'55''S; 45°36'42''W) GoogleMaps VII/2009, L.F.O. Bernardi col., 1♀ ( IBSP 196117 View Materials ); Cave SM _007 (20°16'50''S; 45°35'52''W), 13/I/2013, L.G. Soares col., 1♂ ( IBSP 188916 View Materials ); Cave SM _009 (20°17'18''S; 45°35'51''W), 16/III/2 0 12, L.G.S. Soares col., 1♂ 1♀ ( IBSP 186377 View Materials ); Cave SM _011 (20°17'16''S; 45°35'51''W) 13/I/2013. L.G. Soares col., 1♂ 3♀ ( IBSP 188915 View Materials ), Pains, 2♀ ( IBSP 186403 View Materials ); 3♀ ( IBSP 186408 View Materials ); 4♀ ( IBSP 186404 View Materials ); 1♂ ( IBSP 186405 View Materials ); 1♂ 1♀ ( IBSP 186407 View Materials ; photo), all collected in caves by R. A. Zampaulo col.; Cave AGR_006 , 04–07/V/2015, F. Bondezan col., 1♀, ( IBSP 188274 View Materials ); Cave AGR_014 (20°19'17''S; 45°40'25''W) GoogleMaps 13/XI–10/VIII/2015, 1♂ ( IBSP 188238 View Materials ) ; 1♂ ( IBSP 188240 View Materials ); Cave AGR_015 (20°18'60''S; 45°40'11''W) 13/XI–10/VIII/2015, 1♂ ( IBSP 188237 View Materials ); Cave AGR_019 (20°19'30''S; 45°40'25''W) GoogleMaps 04–07/V/2015, 1♀ ( IBSP 188244 View Materials ); Cave AGR_021 , 04–07/V/2015, 1♀ ( IBSP 188245 View Materials ); Cave AGR_022 (20°19'24''S; 45°40'20''W) GoogleMaps 04–07/V/2015, 1♂ ( IBSP 188248 View Materials ); Cave AGR_023 (20°19'24''S; 45°40'23''W) GoogleMaps 04–07/V/2015, 1♂ ( IBSP 188247 View Materials ) ; 13/XI–14/XII/2015, 1♂ ( IBSP 188241 View Materials ); Cave AGR_026/028 (20°19'18''S; 45°40'23''W) GoogleMaps 04–07/V/2015, 1♀ ( IBSP 188243 View Materials ); Cave AGR_041 , 13/XI–10/VIII/2015, 1♀ ( IBSP 188239 View Materials ); Cave AGR_042 (20°19'50''S; 45°38'7''W) GoogleMaps 04–07/V/2015, 1♀ ( IBSP 188246 View Materials ) 04–07/V/2015, 1♂ 2♀ ( IBSP 188242 View Materials ), all collected by Equipe Spelayon col.; Cave AMG _024 (20°22'30''S; 45°37'3''W) 19/VII/2014, Bueno et al. col., 1♂, ( IBSP 196120 View Materials ); Cave Gruta das Duas Bocas (20°22'1''S; 45°40'39''W) GoogleMaps 01/IV/2009, R.A. Zampaulo col., 1♀ ( IBSP 196116 View Materials ) ; Cave Gruta do Carlinhos (20°24'7''S; 45°40'22''W) 2♀ ( IBSP 18 View Materials 1779) GoogleMaps ; 30/III/ 2013, M.P.A. Oliveira col., 1♂ ( IBSP 181790 View Materials ); Cave ICPA _036 (20°22'28''S; 45°36'26''W) 15–27/VII/2014, 1♀ ( IBSP 196119 View Materials ); Cave ICPA _ 636 (20°22'13''S; 45°35'38''W) 2♂, ( IBSP 196122 View Materials ) GoogleMaps 15–27/VII/2014, 1♀ ( IBSP 196121 View Materials ); Cave ICPA _639 (20°22'12''S; 45°36'6''W) 15–27/VII/2014, 2♀ ( IBSP 196118 View Materials ); Cave ICPA _645 (20°22'12''S; 45°36'7''W) 25/III–06/IV/2013, 1♀ ( IBSP 196124 View Materials ); Cave ICPA _678 (20°22'33''S; 45°36'26''W) 15– 27/VII/2014, 1♀ ( IBSP 196123 View Materials ); Cave ICPA _003 (20°22'25''S; 45°37'4''W) 05/VIII–04/X/2013, 1♀ ( IBSP 186533 View Materials ); Cave ICPA _126 (20°22'24''S; 45°37'6''W) 04–21/XII/2012, 2♂ ( IBSP 186529 View Materials ); Cave ICPA _131 (20°22'31''S; 45°37'4''W) 04–21/XII/2012, 1♀ ( IBSP 186531 View Materials ); Cave ICPA _132 (20°22'31''S; 45°37'4''W) 17–29/ VI /2013 , 1♂ ( IBSP 186528 View Materials ); Cave ICPA_142 (20°22'17''S; 45°36'34''W) 29/VII–10/VIII/2013, 2♀ ( IBSP 186522 View Materials ); Cave ICPA _143 (20°22'18''S; 45°36'34''W) 29/VII–10/VIII/2013, 1♀ ( IBSP 186524 View Materials ), all collected by A.P. Bueno et al. col.; Cave ICPA _147 (20°22'14''S; 45°36'41''W) 24–27/IV/2012, B.F. Takano col., 1♂ ( IBSP 186417 View Materials ) ; 1♂ 1♀ ( IBSP 186418 View Materials ); Cave ICPA _148 (20°22'22''S; 45°36'31''W) 29/VII–10/VIII/2013, 2♀ ( IBSP 186525 View Materials ); Cave ICPA _ 279 (20°22'34''S; 45°37'15''W) 1♂ ( IBSP 186532 View Materials ) GoogleMaps ; 17–29/VI /2013 , 2♂ ( IBSP 186530 View Materials ); Cave ICPA_671 (20°22'13''S; 45°36'16''W) 29/VII–10/VIII/2013, 1♀ ( IBSP 186523 View Materials ); Cave ICPA _ 701 (20°22'28''S; 45°36'29''W) 1♀ ( IBSP 186515 View Materials ) GoogleMaps ; 18/II–09/III/2013, 1♀ ( IBSP 186516 View Materials ), all collected by A.P. Bueno et al. col.; Cave SM _155 (20°21'54''S; 45°35'38''W) 12/IX/2013, Equipe Spelayon col. 1♀ ( IBSP 186388 View Materials ); Cave SM _49 (20°21'51''S; 45°35'29''W) 08/I/2013, L.G. Soares col., 1♂ ( IBSP 188917 View Materials ); Cave SM _61 (20°21'3''S; 45°35'24''W) 14/III/2012, L.G. Soares col., 1♂ ( IBSP 188918 View Materials ); Cave SM _73 (20°20'50''S; 45°35'9''W) 12/VIII/ 2012, L.G. Soares col., 1♂ 2♀ ( IBSP 188919 View Materials ); Cave SM _85 (20°21'4''S; 45°35'35''W) 13/VIII/2012, 1♂ ( IBSP 188921 View Materials ) ; 14/III/2 0 12, 1♂ ( IBSP 188920 View Materials ), all collected by L.G. Soares col.; Cave SPA_030 (20°18'24''S; 45°35'48''W) GoogleMaps 21/VIII/2013, F. O. Borges & M.T.M. Souza col., 1♀ ( IBSP 186373 View Materials ); Cave SPA_036 (20°18'25''S; 45°35'46''W) GoogleMaps 05/II/2014, F. O. Borges & M. Barcelos col., 1♀ ( IBSP 186374 View Materials ) ; 22/VIII/2013, F. O. Borges & M. T. M. Souza col., 1♂ 1♀ ( IBSP 186398 View Materials ); Cave SPA_038 (20°18'22''S; 45°35'45''W) GoogleMaps 22/VIII/2013, F. O. Borges & M. T. M. Souza col., 1♀ ( IBSP 186372 View Materials ); Cave MIC _023 (20°25'40''S; 45°37'16''W) 16/XI–11/XII/2015, 1♂ ( IBSP 196151 View Materials ) ; 23–28/V/2015, 1♂ ( IBSP 196161 View Materials ); Cave MIC _024 (20°25'40''S; 45°37'17''W) 23–28/V/2015, 1♀ ( IBSP 196160 View Materials ); Cave MIC _025 (20°25'40''S; 45°37'17''W) 16/XI–11/XII/2015, 2♀ ( IBSP 196149 View Materials ) ; 23–28/V/2016, 2♂ 5♀ ( IBSP 196157 View Materials ); Cave MIC _ 026, 2015, 1♀ ( IBSP 196163 View Materials ); Cave MIC _030, 23–28/V/2015, 1♂ 5♀ ( IBSP 196162 View Materials ); Cave MIC _ 030 (20°25'45''S; 45°37'15''W) 3♀ ( IBSP 196154 View Materials ) GoogleMaps 16/XI–11/XII/2015, 1♂ 2♀ ( IBSP 196152 View Materials ); Cave MIC _032 (20°26'9''S; 45°37'17''W) 16/XI–11/XII/2015, 1♂ 2♀ ( IBSP 196159 View Materials ); Cave MIC _033, 23–28/V/2015, 1♂ ( IBSP 196150 View Materials ); Cave MIC _057 (20°25'44''S; 45°43'2''W) 9–15/VI /2015 , 1♀ ( IBSP 196155 View Materials ); 16/XI–11/XII/2015, 1♀ ( IBSP 196156 View Materials ); Cave MIC _058, 9–15/VI /2015 , 1♀ ( IBSP 196153 View Materials ); Cave MIC_083, 16/ XI–11/XII/2015, 1♀ ( IBSP 196158 View Materials ), all collected by Equipe Spelayon col.; Piunhi, Cave ICCA _016 (20°20'42''S; 45°50'52''W) 04–22/V/2014, 1♂ 1♀ ( IBSP 186463 View Materials ); Cave ICCA _ 018 (20°20'42''S; 45°50'52''W) 1♀ ( IBSP 186464 View Materials ) GoogleMaps ; 1♀ ( IBSP 186430 View Materials ) GoogleMaps ; 04–22/V/2014, 2♂ ( IBSP 186465 View Materials ) ; 04–22/XI/2013, 1♀ 1♂ ( IBSP 186431 View Materials ); Cave ICCA _024 (20°20'42''S; 45°50'52''W) 04–22/V/2014, 1♂ 1♀ ( IBSP 186466 View Materials ); Cave ICCA _025 (20°20'42''S; 45°50'54''W) 04–22/V/2014, 1♀ ( IBSP 186467 View Materials ) ; 04–22/XI/2013, 2♀ ( IBSP 186433 View Materials ); Cave ICCA _026 (20°20'42''S; 45°50'54''W) 04–22/XI/2013, 1♂ ( IBSP 186434 View Materials ); Cave ICCA _035 (20°20'43''S; 45°50'53''W) 04–22/ V/2014, 1♂ ( IBSP 186468 View Materials ); Cave ICCA _039 (20°20'44''S; 45°50'52''W) 04–22/XI/2013, 1♀ ( IBSP 186435 View Materials ); Cave ICCA _041 (20°20'45''S; 45°50'51''W) 04–22/V/2014, 1♀ ( IBSP 186469 View Materials ) ; 1♀ ( IBSP 186436 View Materials ) ; 04–22/XI/2013, 1♂ 1♀ ( IBSP 186437 View Materials ); Cave ICCA _043 (20°20'44''S; 45°50'51''W) 0 4–22/V/2014, 1♀ ( IBSP 186470 View Materials ); Cave ICCA _046 (20°20'48''S; 45°50'52''W) 04–22/V/2014, 1♀ ( IBSP 186471 View Materials ); Cave ICCA _048 (20°20'46''S; 45°50'55''W) 04–22/XI/2013, 1♂ ( IBSP 186438 View Materials ); Cave ICCA _054 (20°20'47''S; 45°50'56''W) 04–22/V/2014, 1♂ 1♀ ( IBSP 186472 View Materials ); Cave ICCA _ 074 (20°20'47''S; 45°50'50''W) 1♀ ( IBSP 186473 View Materials ) GoogleMaps ; 2♀ ( IBSP 186475 View Materials ) GoogleMaps ; 04–22/V/ 2014, 1♂ 1♀ ( IBSP 186474 View Materials ) ; 04–22/XI/2013, 1♂ 1♀ ( IBSP 186439 View Materials ); Cave ICCA _077 (20°20'50''S; 45°50'50''W) 04–22/V/2014, 1♂ 1♀ ( IBSP 186476 View Materials ); Cave ICCA _079 (20°20'50''S; 45°50'50''W) 04–22/V/2014, 1♀ ( IBSP 186477 View Materials ); Cave ICCA _081 (20°20'50''S; 45°50'50''W) 04–22/V/2014, 1♀ ( IBSP 186478 View Materials ); Cave ICCA _083 (20°20'50''S; 45°50'51''W) 04–22/V/2014, 1♀ ( IBSP 186479 View Materials ) ; 04–22/XI/2013, 1♂ ( IBSP 186440 View Materials ); Cave ICCA _087 (20°20'49''S; 45°50'49''W) 04–22/XI/2013, 1♂ ( IBSP 186441 View Materials ) ; 04–22/V/2014, 1♂ ( IBSP 186480 View Materials ); Cave ICCA _089 (20°20'48''S; 45°50'49''W) 04–22/V/2014, 1♀ ( IBSP 186481 View Materials ); Cave ICCA _090 (20°20'52''S; 45°50'49''W) 04–22/XI/2013, 1♀ ( IBSP 186442 View Materials ); Cave ICCA _095 (20°20'52''S; 45°50'46''W) 04–22/V/2014, 1♂ ( IBSP 186482 View Materials ) 04–22/XI/2013, 1♂ ( IBSP 186443 View Materials ); Cave ICCA _097 (20°20'53''S; 45°50'46''W) 0 4–22/V/2014, 1♀ ( IBSP 186483 View Materials ) 1♀ ( IBSP 186484 View Materials ) 04–22/XI/2013, 1♂ ( IBSP 186444 View Materials ); Cave ICCA _101 (20°20'53''S; 45°50'44''W) 04–22/XI/2013, 1♀ ( IBSP 186445 View Materials ) 04–22/V/2014, 1♂ ( IBSP 186485 View Materials ); Cave ICCA _106 (20°20'53''S; 45°50'44''W) 04–22/V/2014, 4♂ ( IBSP 186486 View Materials ); Cave ICCA _135 (20°20'59''S; 45°50'28''W) 04–22/

V/2014, 1♀ ( IBSP 186487 View Materials ); Cave ICCA _141 (20°20'51''S; 45°50'41''W) 04–22/XI/2013 GoogleMaps , 1♀ ( IBSP 186446 View Materials ); Cave ICCA _143 (20°20'53''S; 45°50'36''W) 04–22/XI/2013 GoogleMaps , 2♀ ( IBSP 186447 View Materials ) 2♀ ( IBSP 186448 View Materials ) 04–22/V/2014 , 1♂ ( IBSP 186488 View Materials ); Cave ICCA _144 (20°20'53''S; 45°50'36''W) 04–22/XI/2013 GoogleMaps , 1♀ ( IBSP 186449 View Materials ) 04–22/V/2014 , 1♂ ( IBSP 186489 View Materials ); Cave ICCA _146 (20°20'54''S; 45°50'36''W) 13–21/I/2014 GoogleMaps , 1♀ ( IBSP 186461 View Materials ); Cave ICCA _148 (20°20'53''S; 45°50'37''W) 04–22/V/2014 GoogleMaps , 2♀ ( IBSP 186490 View Materials ); Cave ICCA _154 (20°20'58''S; 45°50'40''W) 04–22/XI/2013 GoogleMaps , 1♀ ( IBSP 186450 View Materials ) 04–22/V/2014 , 1♂ ( IBSP 186491 View Materials ); Cave ICCA _156 (20°20'55''S; 45°50'42''W) 04–22/XI/2013 GoogleMaps , 1♀ ( IBSP 186451 View Materials ); Cave ICCA _166 (20°20'58''S; 45°50'40''W) 04–22/ XI/2013 GoogleMaps , 1♀ ( IBSP 186452 View Materials ); 04–22/V/2014 , 1♂ 1♀ ( IBSP 186492 View Materials ); Cave ICCA _197 (20°21'0''S; 45°50'27''W) 04–22/V/2014 GoogleMaps , 1♀ ( IBSP 186494 View Materials ); 04–22/XI/2013 , 1♂ ( IBSP 186453 View Materials ); Cave ICCA _201 (20°21'1''S; 45°50'26''W) 04–22/XI/2013 GoogleMaps , 3♂ ( IBSP 186454 View Materials ); Cave ICCA _208 (20°20'57''S; 45°50'39''W) 04–22/XI/2013 GoogleMaps , 1♀ ( IBSP 186455 View Materials ); Cave ICCA _209 (20°21'1''S; 45°50'25''W) 04–22/V/2014 GoogleMaps , 1♀ ( IBSP 186495 View Materials ) ; 1♂ ( IBSP 186496 View Materials ) 04–22/ XI/2013 , 1♂ ( IBSP 186456 View Materials ) 1♂ ( IBSP 186457 View Materials ); Cave ICCA _210 (20°20'57''S; 45°50'41''W) 0 4–22/XI/2013 GoogleMaps , 1♀ ( IBSP 186458 View Materials ); 04–22/V/2014 , 1♂ 1♀ ( IBSP 186497 View Materials ); Cave ICCA _211 (20°21'0''S; 45°50'25''W) 04–22/V/2014 GoogleMaps , 1♂ ( IBSP 186498 View Materials ); Cave ICCA _252 (20°20'57''S; 45°50'37''W) 04–22/V/2014 GoogleMaps , 1♀ ( IBSP 186500 View Materials ) ; 1♂ ( IBSP 186499 View Materials ); 04–22/XI/2013 , 1♀ ( IBSP 186459 View Materials ); Cave ICCA _567 (20°20'42''S; 45°50'55''W) 04–22/V/2014 GoogleMaps , 1♀ ( IBSP 186501 View Materials ); Cave ICCA _569 (20°20'45''S; 45°50'50''W) 04–22/V/2014 GoogleMaps , 1♀ ( IBSP 186502 View Materials ) Cave ICCA _571 (20°20'45''S; 45°50'52''W) 13–21/I/2014 GoogleMaps , 1♂ ( IBSP 186462 View Materials ); Cave ICCA _578 (20°20'56''S; 45°50'38''W) 04–22/ V/2014 GoogleMaps , 1♀ ( IBSP 186503 View Materials ) 1♀ ( IBSP 186503 View Materials ) 04–22/XI/2013 , 1♀ ( IBSP 186460 View Materials ) 1♀ ( IBSP 186460 View Materials ), all collected by Equipe Carste col.

Etymology. The specific name is a noun in apposition that refers to an expression used by people in the Brazilian State of Minas Gerais meaning “large eyes”. The name was used in reference to the size of the eyes in Matta zuiuda relative to other species in the Quadrilátero Ferrífero Iron Region.

Diagnosis. Matta zuiuda is separated from most other Matta species by having two large eyes and ventral cheliceral projections (see Lehtinen, 1981, figs 297, 300; Brescovit, 2005, figs 1, 4). Matta zuiuda is further separated from M. hambletoni and M. angelomachadoi by the less elongate posterior region of carapace ( Fig. 2B View FIGURE 2 , compare with Lehtinen, 1981, fig. 297) and by females with a seminal receptacle bearing a slender distal area ( Fig. 1F View FIGURE 1 , see Lehtinen, 1981, fig. 310; Brescovit, 2005, fig. 21).

Description. Male (Holotype, IBSP 186527). Cephalothorax and abdomen red-brown. Legs orange with yellow patellae ( Fig. 1A View FIGURE 1 ). Total length 1.34. Carapace projected, 5.3 long, 0.47 wide, with rugose surface ( Figs 2A View FIGURE 2 ̄B). Sternal surface reticulate. Clypeus oblique, long, five times the diameter of the eyes ( Fig. 2B View FIGURE 2 ). Eye diameters and interdistances: AME 0.04, AME-AME 0.08; with smooth subocular furrow ( Fig. 2C View FIGURE 2 ). Cheliceral apophysis short, conical, with long setae and translucent median lamina ( Figs 2D View FIGURE 2 ̄F). Leg measurements: I—femur 0.42/ patella 0.15/ tibia 0.32/ metatarsus 0.2/ tarsus 0.22/ total 1.31; II—0.39/ 0.14/ 0.29/ 0.19/ 0.24/ 1.25; III— 0.32/ 0.13/ 0.24/ 0.18/ 0.22/ 1.09; IV—0.43/ 0.15/ 0.39/ 0.26/ 0.21/ 1.44. Leg formula 4123. Leg I, spination: tibiae with two or three distal, prolateral, and retrolateral spines; metatarsi with small, ventral, basal spine and retrolateral basal spine on tubercle ( Fig. 4A View FIGURE 4 ̄B). Trichobothria with a single, large transverse plate opposite a pair of smaller, short plates ( Fig. 4E View FIGURE 4 ). Abdomen ovoid with a large sclerotized plate covering the dorsal surface ( Fig. 1D View FIGURE 1 ); ventrally covered by four sclerotized plates ( Fig. 1A View FIGURE 1 ). Abdominal plates: a large pulmonary plate with rounded anterior margin, surrounding pedicel and oval book-lung plates, followed posteriorly by a narrow postgenital plate, largest preanal plate, and conical anal plate surrounding spinnerets; laterally with four pairs of narrow plates, most ventral pair shorter than others ( Fig. 4D View FIGURE 4 ), and a line of four epiandrous spigots ( Fig. 4E View FIGURE 4 ). Male palp: femur with four long setae and bearing median short and projected plates ( Fig. 4C View FIGURE 4 ); tibia strongly swollen, rounded posteriorly; cymbium small; bulb pear-shaped, with conductor with elevated border, involving; the base of the long and sinuous embolus, enlarged at the apex, with an acute, laminar projection ( Figs 1B View FIGURE 1 ̄C, 3ĀF).

Female (Paratype, IBSP 186514). Coloration as in male. Total length 1.38. Carapace as in male ( Fig. 1D View FIGURE 1 ), 0.53 long, 0.46 wide. Clypeus and sternum as in male ( Fig. 5D View FIGURE 5 ). Eye diameters and interdistances: AME 0.04, AME- AME 0.08. Chelicerae with small basal and conical apophysis, with ventral translucent hyaline keel, as in male ( Figs 5A View FIGURE 5 ̄B). Leg measurements: I—femur 0.44/ patella 0.14/ tibia 0.31/ metatarsus 0.2/ tarsus 0.25/ total 1.34; II—0.43/ 0.14/ 0.25/ 0.2/ 0.23/ 1.25; III—0.31/ 0.13/ 0.23/ 0.18/ 0.22/ 1.24; IV—0.45/ 0.16/ 0.4/ 0.24/ 0.26/ 1.51. Leg formula 4123. Pedipalpal tarsus ending in acuminate, smooth pit ( Fig. 5H View FIGURE 5 ). Abdomen with plates as in males, but the lateral largest ( Fig. 5E View FIGURE 5 ̄F). Vulvae externally with V-shaped receptacle ( Fig. 1E View FIGURE 1 ); narrow post genital plate and thin copulatory opening ( Fig. 5G View FIGURE 5 ). Internally with enlarged receptaculum and narrow copulatory ducts; central process straight, elongate and with a globose dorsal fold of the uterus externus ( Fig. 1F View FIGURE 1 ).

Natural history. Matta zuiuda is known from caves in the carbonate and ferruginous formations. While all specimens have been collected in caves thus far, we hypothesize that they also occur in the hypogeous edaphic environment.

Distribution. Caves in the State of Minas Gerais, Brazil ( Fig. 30A View FIGURE 30 ).

SM

Sarawak Museum

AMG

Albany Museum

MIC

Mar Ivanios College (Zoology museum)

Kingdom

Animalia

Phylum

Arthropoda

Class

Arachnida

Order

Araneae

Family

Tetrablemmidae

Genus

Matta

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