Anaitides tamoya Nonato, 1981: 77–79 Amaral et al. 1994: 334 Lana 1987: 1061 Morgado & Amaral 1989: 540 Pires-Vanin et al. 1997: 37 Ten new species of Phyllodoce Lamarck, 1818 (Phyllodocidae, Annelida) from Brazil Oliveira, Verônica Maria De Magalhães, Wagner F. Lana, Paulo Da Cunha Zootaxa 2021 2021-02-03 4924 1 1 61 85RSS Oliveira & Magalhães & Lana, 2021 Oliveira & Magalhães & Lana 2021 [151,380,1543,1570] Polychaeta Phyllodocidae Phyllodoce Animalia Phyllodocida 37 38 Annelida species tamoya sp. nov.   Figure 28      Anaitides tamoya Nonato, 1981: 77–79, no figures [unavailable in an unpublished work].—Amaral 1980: 84 [ nomen nudumusage].—Amaral & Migotto 1980: 33, 35 [ nomen nudumusage].—  Amaral et al.1994: 334[ nomen nudumusage].—  Lana 1987: 1061[ nomen nudumusage].—  Morgado & Amaral 1989: 540[ nomen nudumusage].—  Pires-Vanin et al.1997: 37[ nomen nudumusage].     Holotype. Atlantic Ocean, Marginof continental shelf in Campos Basin, Brazil, Hab13 H03 R1, 21º43’10.3”S 40º11’30.7”W,  73 m,  09 Mar 2009( ZUEC–POL 16391).   FIGURE 28.  Phyllodoce tamoya  sp. nov.A, anterior end in dorsal view; B, detail of everted proboscis in dorsal view. Anterior view of parapodia. C, parapodium 12; D, parapodium 40; E, parapodium 80; F, detail showing bilobed and symmetrical parapodial lobes; G–I, compound spinigerous chaetae; J, pygidium and anal cirri in regeneration; L, cylindrical anal cirri and anal papilla, ventral view Scale bars: Scale bars: A, 1.0 mm; B, 0.08 mm, C, 0.015 mm; D–E, 0.055 mm, F, 0.04 mm; G, 0.002 mm; H, 0.002 mm, J, 0.05 mm; L, 0.05 mm.    Paratypes.A total of 81 paratypes, length 11.9± 8.9 mmfor 66.4 ± 36.4 segments. Paranaguá Bay, Paraná. Fromshallow sediments in Babitonga Bay, 26º53’S 48º37’W, muddy sediments, 2010 ( 1 paratype, ZUEC–POL 16610); Paranaguá Bay, 25º32’48’’S 48º22’51’’W,  Mar 2011( 1 paratype, ZUEC–POL 16621); 25°33’18”S 48°23’57”W, Jul 2009, Intertidal ( 1 paratype, NHMD–865914); 26º53’S 48º37’W, Jul 2011, muddy sediments ( 1 paratype, ZUEC–POL 16620). Continentalshelf in Campos Basinand Revizee Score South: Hab11 B03 R3, 22º59’47.4”S 41º21’7.9”W,  78 m,  21 Feb 2009( 1 paratype, ZUEC–POL 16528);  Hab11 F04 R1, 22º12’37.5”S 40º13’18.7”W,  100 m,  24 Feb 2009( 1 paratype, ZUEC–POL 16448);  Hab11 F04 R3, 22º12’37.3”S 40º13’18.7”W,  99 m,  24 Feb 2009( 1 paratypes, ZUEC–POL 16650);  Hab11 G02 R2, 21º59’3.7”S 40º25’10.1”W,  52 m,  25 Feb 2009( 1 paratype, ZUEC–POL 16368);  Hab11 G02 R3, 21º59’3.9”S 40º25’10.2”W,  52 m,  25 Feb 2009( 1 paratype, ZUEC–POL16336);  Hab11 G02 R1, 21º59’4.2”S 40º25’10.1”W,  52 m,  25 Feb 2009( 2 paratypes, ZUEC–POL 16646);  Hab11 G03 R2, 22º3’45.3”S 40º9’59.6”W,  60 m,  25 Feb 2009( 1 paratypes, ZUEC–POL 16647);  Hab11 E02 R1, 22º6’56.2”S 40º38’58.2”W,  53 m,  26 Feb 2009( 1 paratype, ZUEC–POL 16356);  Hab11 D02 R2, 22º12’53.0”S 40º51’12.0”W,  52 m,  26 Feb 2009( 2 paratypes, ZUEC–POL 16373);  Hab11D02 R02, 22º12’53.4”S 40º51’12.4”W,  52 m,  26 Feb 2009( 1 paratype, NHMD–865915);  Hab11 E02 R2, 22º6’55.7”S 40º38’58.2”W,  53 m,  26 Feb 2009( 2 paratypes, ZUEC–POL 16433);  Hab11 B02 R1, 22º37’35,3”S 41º21’51.5”W,  53 m,  27 Feb 2009( 1 paratype, ZUEC–POL 16413);  Hab11 C02 R3, 22º37’31.8”S 41º21’51.8”W,  54 m,  27 Feb 2009( 2 paratypes, ZUEC–POL 16439);  Hab11 A01 R2, 22º55’7.5”S 42º0’49.2”W,  29 m,  28 Feb 2009( 2 paratypes, NHMD–865940);  Hab11 A01 R2, 22º55’7.5”S 42º0’49.2”W,  29 m,  28 Feb 2009( 3 paratypes, NHMD–865919);  Hab11 A01 R3, 22º55’7.5”S 40º0’49.2”W,  29 m,  28 Feb 2009( 3 paratypes, ZUEC–POL 16355);  Hab11 A01 R3, 22º55’7.5”S 42º0’49.2”W,  29 m,  28 Feb 2009( 1 paratype, NHMD–865939);  Hab13 Foz29 R1, 21º24’43.6”S 40º25’18.6”W,  33 m,  7 Mar 2009( 1 paratype, ZUEC–POL 16667);  Hab13 Foz29 R2, 21º24’43.5”S 40º25’18.6”W,  33 m,  7 Mar 2009( 1 paratype, ZUEC–POL 16538);  Hab13 H02 R2, 21º44’19.3”S 40º17’15.5”W,  49 m,  9 Mar 2009( 1 paratype, ZUEC–POL 16401);  Hab13 H04 R1, 21º42’53.7”S 40º10’15.2”W,  98 m,  9 Mar 2009( 1 paratype, ZUEC–POL 16651);  Hab13 Foz03 R1, 21º28’2.5”S 40º56’20.4”W,  16 m,  10 Mar 2009( 1 paratype, ZUEC–POL 16544);  Hab13 Foz18 R3, 23º33’53.0”S 42º42’55.6”W,  21 m,  10 Mar 2009( 1 paratype, ZUEC–POL 16656);  Hab13 Foz21 R3, 22º6’21.9”S 40º43’39.4”W,  47 m,  12 Mar 2009( 1 paratype, ZUEC–POL 16526);  Hab13 Foz12 R3, 21º39’11.0”S 40º48’49.7”W,  22 m,  11 Mar 2009( 1 paratype, ZUEC–POL 16508);  Hab13 Foz21 R1, 22º6’21.2”S 40º43’39.3”W,  47 m,  12 Mar 2009( 2 paratypes, ZUEC–POL 16503);  Hab13 Foz24 R2, 21º50’20.9”S 40º31’39.5”W,  27 m,  13 Mar 2009( 1 paratype, ZUEC–POL 16511);  Hab13 Foz25 R2, 21º39’30.5”S 40º32’27.0”W,  28 m,  13 Mar 2009( 1 paratype, ZUEC–POL16546);  Hab13 Foz23 R3, 22º1’10.8”S 40º31’53.4”W,  49 m,  13 Mar 2009( 1 paratype, ZUEC–POL 16657);  Hab13 Foz41 R1, 21º45’14.2”S 40º14’7.9”W,  67 m,  14 Mar 2009( 1 paratype, ZUEC–POL 16549);  Hab13 Foz41 R3, 21º45’13.9”S 40º14’7.1”W,  67 m,  14 Mar 2009( 1 paratype, ZUEC–POL 16551);  Hab13 D03 R1, 22º19’32.0”S 40º37’18.9”W,  75 m, 15 Mar20 ( 1 paratype, ZUEC–POL 16438); Hab13 Foz34 R2, 22º01’22.7”S 40º20’15.7”W,  59 m,  15 Mar 2009( 1 paratypes, ZUEC–POL 16668);  Hab13 Foz34 R3, 22º1’22.6”S 40º20’15.6”W,  60 m,  15 Mar 2009( 3 paratypes, ZUEC–POL 16548);  Hab13 Foz43 R3, 22º12’17.5”S 40º14’39.7”W,  97 m,  15 Mar 2009( 1 paratype, ZUEC–POL 16545);  Hab13 B01 R1, 22º41’47.0”S 40º53’46.4”W,  30 m,  16 Mar 2009( 1 paratype, ZUEC–POL16450);  Hab13 B06 R2, 22º41’46.6”S 41º53’46.1”W,  30 m,  16 Mar 2009( 1 paratype, ZUEC–POL 16385);  Hab17 I02 R2, 21º22’58.3”S 40º19’41.2”W,  53 m,  21 Mar 2009( 1 paratype, ZUEC–POL 16547);  Hab11 D01 R2, 22º06’42.1”S 40º54’44.1”W,  29 m,  26 Mar 2009( 2 paratypes, ZUEC–POL 16664);  Hab11 C02 R1, 22º37’32.0”S 41º21’52.0”W,  53 m,  27 Mar 2009( 1 paratypes, ZUEC–POL 16666);  Hab16 B04 R3, 23º10’5.0”S 41º3’7.5”W,  107 m,  2 Jul 2009( 1 paratype, ZUEC–POL 16405);  Hab16 C04 R3, 22º52’2.1”S 40º57’29.0”W,  92 m,  3 Jul 2009( 3 paratypes, ZUEC–POL 16419);  Hab16 E03 R1, 22º8’9.3”S 40º27’27.5”W,  65 m,  4 Jul 2009( 1 paratype, ZUEC–POL16458); E03 R2. 22º8’9.2”S 40º27’27.7”W,  66 m,  4 July 2009( 1 paratype, ZUEC–POL 16507);  Hab16 F04 R2, 22º12’38.2”S 40º13’18.9”W,  99 m,  5 Jul 2009( 1 paratype, ZUEC–POL 16553);  Hab16 F03 R2, 22º7’43.3”S 40º18’46.3”W,  73 m,  6 Jul 2009( 1 paratype, ZUEC–POL 16509);  Hab16 H02 R2, 21º44’19.5”S 40º17’15.6”W,  50 m,  8 Jul 2009( 1 paratype, ZUEC–POL 16410);  Hab17 H01 R3, 22º55’8.6”S 40º0’49.5”W,  29 m,  15 Jul 2009( 1 paratypes, ZUEC–POL 16660);  Hab17 B02 R3, 22º45’49.0”S 41º45’33.3”W,  53 m,  16 Jul 2009( 1 paratype, ZUEC–POL 16465);  Hab17 Foz09 R3, 22º11’34.7”S 40º55’24.9”W,  44 m,  17 Jul 2009( 1 paratype, ZUEC–POL 16440);  Hab17 F0z06 R1, 21º47’12.7”S 40º57’37.3”W,  16 m,  18 Jul 2009( 1 paratype, ZUEC–POL 16378);  Hab17 I02 R1, 21º22’58.7”S 40º19’44.4”W,  53 m,  21 Jul 2009( 1 paratype, NHMD–865941);  Hab17 I02 R3, 21º22’58.6”S 40º19’41.0”W,  53 m,  21 Jul 2009( 1 paratype, ZUEC–POL 16510);  Hab17 I03 R2, 21º23’38.2”S 40º15’38.6”W,  89 m,  21 Jul 2009( 1 paratype, ZUEC–POL 16423);  Hab17 I03 R2, 21º23’37.6”S 40º15’38.6”W,  88 m,  21 Jul 2009(1  paratype, ZUEC–POL 16456); Hab17 Foz34  R3,  22º1’22.3”S 40º20’14.9”W,  60 m,  24 Jul 2009( 1 paratype, ZUEC–POL16594);  AMBES7D01  R1, 19º35’37.2”S 39º41’19.6”W, 21 m, 19 Jan 2012( 1 paratype, NHMD–86591942);  AMBES7D01  R2, 19º40’25.8”S 39º36’18.8”W, 34 m, 19 Jan 2012( 3 paratypes, NHMD–865943). Atlantic Ocean, Brazilian continental margin, Ilha Grande ( Angra dos Reis), Rio de Janeiro, Brazil, 21°19’S 40°57’W, 182—F2,  15 Jun 1967, in muddy sand bottoms with shell fragments ( 1 paratype, ColBioUSP-POL 00001).   Diagnosis.Proximal part of proboscis with non-papillated medio-dorsal area. Dorsal cirri of anterior segments cordiform; median segments with dorsal cirri abruptly truncated on distal ends.   Description. Holotypecomplete 2.0 mm long, 0.3 mmwide at median part of body including parapodia and excluding chaetae for 19 segments. Body elongated, dorso-ventrally flattened and gradually tapering posteriorly. Prostomium cordiform, longer than wider; antennae and palps inserted in protuberance well outlined anteriorly ( Fig. 28A). Nuchal papilla rounded, visible dorsally. Paired frontal, antennae and palps cylindrical and similar in size. Antennae and palps about as long as prostomium. A pair of large eyes, dark brown, with lenses. Proboscis basally with 30 irregular rows of papillae, containing 6–13 conical papillae, separated by unpapillated medio-dorsal area; distal part with six longitudinal rows of large tubercles. Terminal ring of proboscis with about 18 oval papillae ( Fig. 28B). First segment not visible dorsally. Four pairs of cylindrical tentacular cirri, biarticulate, with short cirrophores and long cirrostyles, arranged on first three segments. Tentacular cirri of segment 1, reaching segment 5. Dorsal and ventral tentacular cirri of segment 2, reaching segments 9 and 5, respectively. Dorsal tentacular cirri of segment 3 extending to segment 10. Neuropodia and ventral cirri from segment 3. Dorsal cirri with well-developed cirrophores having dorsal expansions and present from segment 4. Anterior dorsal cirri asymmetrical, cordiform, subrectangular medially, with rounded edges and truncated distal ends, and rounded posteriorly. Parapodial lobes shorter than dorsal cirri with light brown aciculae and bundles of chaetae. Prechaetal lobe bilobate, with symmetrical supra- and subacicular lobes. Postchaetal lobe rounded. Ventral cirri horizontally orientated in relation to parapodial lobe, from segment 3, asymmetrical and dorso-ventrally flattened; ventral cirri anteriorly rounded with pointed distal tips, conical and elongated thereafter ( Fig. 28C–F). Chaetae compound spinigerous, uniform, beginning from segment 4 ( Fig. 28G). Chaetal shaft with rostrum surrounded by denticles; articles with serrated outer edges ( Fig. 28G–I). Pygidium with one pair of cylindrical anal cirri; anal cirri as long as last four segments ( Fig. 28J–L). Median pygidial papilla discreetly visible ( Fig. 28L).  Colour.Preserved specimens are pale yellow to opaque, except for dark pigmentation on the anterior-lateral areas of the prostomium and median-dorsal inter-segmental areas ( Fig. 28A).  Habitat.Muddy substrates from intertidal regions to up to  30 m.   Etymology.The species name is derived from the tupi-guarani term Tamuía(  tamoya) as a reference to the indigenous people who lived in the Rio de Janeirocoastal region, Brazil. As a homage to the late Prof. Edmundo Nonato, we have decided to keep the original name given by him to this species in his unpublished dissertation ( Nonato 1981).   Distribution. Typeand additional examined material were collected in the continental shelf of Campos Basin, Rio de Janeiroand Paranaguá Bay and Babitonga Bay in Paraná. There are several previous records attributed to  Anaitides tamoyaalong the southern Brazilian coast ( Rio de Janeiro, S„o Paulo, Santa Catarinaand Rio Grande do Sulstates), as summarized in Amaral et al.(2012).   Remarks. Nonato (1981)described  Anaitides tamoya Nonato, 1981in his Ph.D. dissertation, which was never formally published. Therefore, this species name is unavailable because it fails to conform to Article 8 of the International Code of Zoological Nomenclature (1999). This species is herein formally named as  Phyllodoce tamoya  sp. nov..   Phyllodoce tamoya  sp. nov.is most similar to  P. hartmanae Blake & Walton, 1977from Californiabut differs especially in regards to the presence of an anal papilla in the former and because, regardless of the size, the latter species always has two black dots on either side of the ventral midline in anterior segments.  Phyllodoce hartmanaehas a mid-dorsal spot on every segment; there may be another pigmented spot above the base of the parapodia on either side, however,  P. tamoya  sp. nov.lacks these ventral dots; whereas one species lacks pigment, the other has a continuous mid-dorsal line. The proportion and shape of the tentacular cirri, dorsal and ventral cirri seem to be roughly the same between  P. hartmanaeand  P. tamoya  sp. nov.but the former is much smaller than  P. tamoya  sp. nov.   Phyllodoce tamoya  sp. nov.is very similar to  Phyllodocesp. sensu Hartman (1968)except that the chaetae were described as beginning on segment 3 instead of 4 as in  P. tamoya  sp. nov.  Phyllodoce tamoya  sp. nov.is closely related in morphology to  Phyllodoce malmgreni Gravier, 1900, described from the Red Sea and other tropical and subtropical seas but the dorsal cirri from median parapodia are larger and more foliaceous in  P. malmgreni.   P. tamoya  sp. nov.differs from  P. roseaby the presence in the latter of a prostomium with anterior depression, long ventral cirri, and slender and cuspidate (tooth-like) papillae. In addition, the new species differs from P, rosea,  P. pettiboneae, and  P. concava  sp. nov.by the presence of cuspidate papillae. Eyes are absent in  P. tamoya  sp. nov.and present in  P. concava  sp. nov.,  P. lamella  sp. nov., and  P. ovalis  sp. nov.In addition,  P. tamoya  sp. nov.differs from these species by the characteristics of the median-dorsal area of the proboscis and dorsal cirri.  Phyllodoce tamoya  sp. nov.shares the presence of a median pygidial papilla with  P. colorata  sp. nov.  Phyllodoce tamoya  sp. nov.differs from  P. medipapillataby the presence of foliaceous parapodial cirri and clavate anal cirri in the latter species ( Blake 1988, 2001). 3034617491 2009-03-09 R Brazil Hab 73 -21.719528 Atlantic Ocean 1 -40.191864 Campos Basin 37 38 R1, ZUEC-POL 16391 1 holotype 3034617508 Paranagua Bay -26.883333 Babitonga Bay 1239 -48.616665 From 39 40 81 Parana paratype 3034617345 2011-03 ZUEC-POL -25.546667 Paranagua Bay 21 -48.380833 39 40 ZUEC-POL 16610, ZUEC-POL 16621 2 Parana paratype 3034617394 2009-02-21 R Continental 78 -22.9965 Revizee Score South 1 -41.352192 Campos Basin 39 40 ZUEC-POL 16620, R3, ZUEC-POL 16528 2 Parana paratype 3034617481 2009-02-24 R Hab 100 -22.210417 1 -40.221863 39 40 R1, ZUEC-POL 16448 1 Parana paratype 3034617313 2009-02-24 R Hab 99 -22.210361 1 -40.221863 39 40 R3, ZUEC-POL 16650 1 Parana paratype 3034617500 2009-02-25 R Hab 52 -21.984362 1 -40.41947 39 40 R2, ZUEC-POL 16368 1 Parana paratype 3034617321 POL 16336 2009-02-25 ZUEC-, POL Hab 52 -21.984417 1 -40.419502 39 40 R3 1 Parana paratype 3034617471 [308,1432,474,502] 2009-02-25 R Hab 52 -21.9845 1 -40.41947 39 40 R1, ZUEC-POL 16646 2 Parana paratype 3034617476 [151,1249,510,538] 2009-02-25 R Hab 60 -22.062582 1 -40.166557 39 40 R2, ZUEC-POL 16647 1 Parana paratype 3034617465 2009-02-26 R Hab 53 -22.115612 1 -40.6495 39 40 R1, ZUEC-POL 16356 1 Parana paratype 3034617464 2009-02-26 R Hab 52 -22.214724 1 -40.853333 39 40 R2, ZUEC-POL 16373 2 Parana paratype 3034617502 2009-02-26 R Hab 52 -22.214834 1 -40.853443 39 40 R02 1 Parana paratype 3034617511 2009-02-26 R Hab 53 -22.115473 1 -40.6495 39 40 R2, ZUEC-POL 16433 2 Parana paratype 3034617336 2009-02-27 R Hab 53 -22.626472 1 -41.364304 39 40 R1, ZUEC-POL 16413 1 Parana paratype 3034617337 2009-02-27 R Hab 54 -22.6255 1 -41.364388 39 40 R3, ZUEC-POL 16439 2 Parana paratype 3034617452 [245,1298,726,753] 2009-02-28 R Hab 29 -22.918749 1 -42.013668 39 40 R2 2 Parana paratype 3034617311 2009-02-28 R Hab 29 -22.918749 1 -42.013668 39 40 R2 3 Parana paratype 3034617334 2009-02-28 R Hab 29 -22.918749 1 -40.013668 39 40 R3, ZUEC-POL 16355 3 Parana paratype 3034617361 2009-02-28 R Hab 29 -22.918749 1 -42.013668 39 40 R3 1 Parana paratype 3034617349 2009-03-07 R Hab & Foz 33 -21.412111 1 -40.421833 39 40 R1, ZUEC-POL 16667 1 Parana paratype 3034617348 2009-03-07 R Hab & Foz 33 -21.412083 1 -40.421833 39 40 R2, ZUEC-POL 16538 1 Parana paratype 3034617366 2009-03-09 R Hab 49 -21.738695 1 -40.28764 39 40 R2, ZUEC-POL 16401 1 Parana paratype 3034617449 [246,1349,942,969] 2009-03-09 R Hab 98 -21.714918 1 -40.17089 39 40 R1, ZUEC-POL 16651 1 Parana paratype 3034617395 2009-03-10 R Hab & Foz 16 -21.467361 1 -40.939 39 40 R1, ZUEC-POL 16544 1 Parana paratype 3034617486 2009-03-10 R Hab & Foz 21 -23.564722 1 -42.715446 39 40 R3, ZUEC-POL 16656 1 Parana paratype 3034617338 2009-03-12 R Hab & Foz 47 -22.106083 1 -40.72761 39 40 R3, ZUEC-POL 16526 1 Parana paratype 3034617525 2009-03-11 R Hab & Foz 22 -21.653055 1 -40.813805 39 40 R3, ZUEC-POL 16508 1 Parana paratype 3034617427 2009-03-12 R Hab & Foz 47 -22.105888 1 -40.727585 39 40 R1, ZUEC-POL 16503 2 Parana paratype 3034617359 2009-03-13 R Hab & Foz 27 -21.83914 1 -40.527637 39 40 R2, ZUEC-POL 16511 1 Parana paratype 3034617419 POL 16546 2009-03-13 ZUEC-, POL Hab & Foz 28 -21.658472 1 -40.540833 39 40 R2 1 Parana paratype 3034617306 [305,1432,1194,1221] 2009-03-13 R Hab & Foz 49 -22.019667 1 -40.531498 39 40 R3, ZUEC-POL 16657 1 Parana paratype 3034617308 [151,1272,1230,1257] 2009-03-14 R Hab & Foz 67 -21.753944 1 -40.235527 39 40 R1, ZUEC-POL 16549 1 Parana paratype 3034617503 2009-03-14 R Hab & Foz 67 -21.75386 1 -40.235306 39 40 R3, ZUEC-POL 16551 1 Parana paratype 3034617389 R 75 -22.325556 Hab 1 -40.621914 39 40 R1 1 Parana paratype 3034617462 2009-03-15 R Mar 59 -22.022972 Foz 1 -40.337692 Hab 39 40 ZUEC-POL 16438, R2, ZUEC-POL 16668 2 Parana paratype 3034617480 2009-03-15 R Hab & Foz 60 -22.022943 1 -40.337666 39 40 R3, ZUEC-POL 16548 3 Parana paratype 3034617512 2009-03-15 R Hab & Foz 97 -22.204863 1 -40.24436 39 40 R3, ZUEC-POL 16545 1 Parana paratype 3034617501 POL 16450 2009-03-16 ZUEC-, POL Hab 30 -22.696388 1 -40.896225 39 40 R1 1 Parana paratype 3034617302 [307,1432,1446,1473] 2009-03-16 R Hab 30 -22.696278 1 -41.89614 39 40 R2, ZUEC-POL 16385 1 Parana paratype 3034617342 [151,1249,1482,1509] 2009-03-21 R Hab 53 -21.382862 1 -40.32811 39 40 R2, ZUEC-POL 16547 1 Parana paratype 3034617379 2009-03-26 R Hab 29 -22.111694 1 -40.91225 39 40 R2, ZUEC-POL 16664 2 Parana paratype 3034617324 2009-03-27 R Hab 53 -22.625555 1 -41.364445 39 40 R1, ZUEC-POL 16666 1 Parana paratype 3034617354 2009-07-02 R Hab 107 -23.168055 1 -41.052082 39 40 R3, ZUEC-POL 16405 1 Parana paratype 3034617439 2009-07-03 R Hab 92 -22.86725 1 -40.958057 39 40 R3, ZUEC-POL 16419 3 Parana paratype 3034617472 POL 16458 2009-07-04 ZUEC-, POL Hab 65 -22.135916 1 -40.457638 39 40 R1 1 Parana paratype 3034617422 [306,1298,1662,1689] 2009-07-04 R 66 -22.13589 1 -40.457695 39 40 R2, ZUEC-POL 16507 1 Parana paratype 3034617487 2009-07-05 R Hab 99 -22.210611 1 -40.221916 39 40 R2, ZUEC-POL 16553 1 Parana paratype 3034617483 2009-07-06 R Hab 73 -22.128695 1 -40.31286 39 40 R2, ZUEC-POL 16509 1 Parana paratype 3034617318 2009-07-08 R Hab 50 -21.73875 1 -40.287666 39 40 R2, ZUEC-POL 16410 1 Parana paratype 3034617420 2009-07-15 R Hab 29 -22.919054 1 -40.01375 39 40 R3, ZUEC-POL 16660 1 Parana paratype 3034617436 2009-07-16 R Hab 53 -22.76361 1 -41.75925 39 40 R3, ZUEC-POL 16465 1 Parana paratype 3034617340 2009-07-17 R Hab & Foz 44 -22.192972 1 -40.923584 39 40 R3, ZUEC-POL 16440 1 Parana paratype 3034617490 [245,1351,1878,1906] 2009-07-18 R Hab 16 -21.786861 1 -40.96036 39 40 R1, ZUEC-POL 16378 1 Parana paratype 3034617498 2009-07-21 R Hab 53 -21.382973 1 -40.329 39 40 R1 1 Parana paratype 3034617316 2009-07-21 R Hab 53 -21.382944 1 -40.328056 39 40 R3, ZUEC-POL 16510 1 Parana paratype 3034617330 2009-07-21 R Hab 89 -21.393944 1 -40.260723 39 40 R2, ZUEC-POL 16423 1 Parana paratype 3034617380 [703,1406,1986,2013] 2009-07-21 R 88 -21.393778 Hab 1 -40.260723 39 40 R2 1 Parana paratype 3034617367 [151,479,150,177] ZUEC-POL 40 41 ZUEC-POL 16456 1 paratype 3034617515 [652,687,151,177] R 40 41 R3 1 paratype 3034617459 POL 16594 2009-07-24 ZUEC-, POL 60 -22.022861 1 -40.33747 40 41 1 paratype 3034617399 POL 16594 [303,413,187,213] 2009-07-24 AMBES 60 true -22.022861 1 -40.33747 40 41 AMBES7 1 paratype 3034617411 [475,510,187,213] R 40 41 R1 1 paratype 3034617516 [151,262,223,249] AMBES 40 41 AMBES7 1 paratype 3034617470 [322,357,223,249] R 40 41 R2 1 paratype 3034617447 1967-06-15 Angra dos Reis Brazil -21.316668 Rio de Janeiro 1264 -40.95 40 41 1 Rio de Janeiro paratype