Spix & Agassiz, 1829 : 70
Günther, 1864 : 320
Eigenmann & Eigenmann, 1891 : 52
Fowler, 1906 : 440
Eigenmann, 1910 : 438
Eigenmann, 1917 : 59
Fowler, 1943 : 233
Géry, 1964a : 5
Géry, 1964b : 431
Ortega & Vari, 1986 : 436
Stewart et al. , 1987 : 29
Kottelat, 1988 : 79
Géry et al. , 1991 : 58
Tetragonopterinae
Steindachner, 1877 : 562
Revision of the South American genus Tetragonopterus Cuvier, 1816 (Teleostei: Characidae) with description of four new species
Silva, Gabriel S. C.
Melo, Bruno F.
Oliveira, Claudio
Benine, Ricardo C.
Zootaxa
2016
4200
1
1
46
Agassiz, in Spix & Agassiz, 1829
Agassiz, in Spix & Agassiz
1829
[151,872,1008,1034]
Insecta
Anthribidae
Tetragonopterus
Animalia
Coleoptera
14
15
Arthropoda
species
chalceus
Tetragonopterus chalceusAgassiz, in Spix & Agassiz, 1829: 70, pl. 33 (original description; type locality: Brasiliae aequinoctialis fluviis); Günther, 1864: 320(description; British Guyana, Essequibo; Amazonas, Porto do Moz, Ambyiacu); Eigenmann & Eigenmann, 1891: 52(citation; Suriname, Essequibo, Amazonas); Fowler, 1906: 440(description); Eigenmann, 1910: 438(citation; Guianas; Amazonas); Eigenmann, 1917: 59-62 (citation; Brazil, Guianas, Amazonas and São Francisco rivers); Fowler, 1943: 233(description; Florência, Colombia); Géry, 1964a: 5(citation; Peruvian Amazon); Géry, 1964b: 431(description; ilha do Bananal, Rio Araguaia); Ortega & Vari, 1986: 436: 10 (citation; Amazonas, Peru; common name, "mojarra"); Stewart et al., 1987: 29(citation; Río Napo, eastern Ecuador); Kottelat, 1988: 79(authorship, holotype); Géry et al., 1991: 58(description; Camopi river, French Guyana); Reis, 2003: 212 (list of species in Tetragonopterinae). Tetragonopterus gibbosus Steindachner, 1877: 562, pl. 1 (original description; type locality: “Rio Parahyba [Parnaíba] Brazil).
Diagnosis. Tetragonopterus chalceusis distinguished from T. anostomus, T. denticulatus, T. juruena,and T. kulueneby the presence of 4 principal teeth on dentary ( vs.5–6), and by having larger and more robust teeth ( vs.thinner and sharper teeth). Tetragonopterus chalceusdiffers from T. anostomusand T. araguaiensisby having 11–14 gill-rakers on lower limb of the first gill arch ( vs.17–20). Tetragonopterus chalceusdiffers from T. carvalhoiby the presence of a rounded dark mark on the caudal peduncle ( vs.lozenge-shaped dark mark on caudal peduncle). Tetragonopterus chalceusdiffers from T. anostomusby having a terminal mouth ( vs.subsuperior mouth) and from T. anostomusand T. kulueneby having two conspicuous humeral marks ( vs.only one humeral mark). Tetragonopterus chalceusdiffers from T. argenteusby having 7–9 predorsal scales ( vs.11–17); it also differs from T. franciscoensisby the presence of 20–40 olfactory lamellae ( vs.11–17) and by having more robust teeth on dentary ( vs.thinner and sharper teeth). Tetragonopterus chalceusdiffers from T. denticulatusby having humeral marks separated by a single vertical scale row ( vs.humeral marks separated by three vertical scale rows). Tetragonopterus chalceusdiffers from T. rarusby the lack of longitudinal dark stripes on the trunk ( vs.presence of such stripes); it differs from both T. rarusand T. georgiaeby having 3.5 scale rows between lateral line and pelvicfin origin ( vs.4.5–5.5). Finally, T. chalceusdiffers from T. ommatusby having 1–4 teeth on the maxilla ( vs.7–8) and by the presence of a conspicuous dark mark on the caudal peduncle ( vs.inconspicuous mark limited to the posterior portion of the caudal peduncle). TABLE ³.Morphometric for Tetragonopterus chalceusfrom đistinct South American basins separateđ accorđing to the COI tree resolution ( Fig. 1).
Description.Morphometric data summarized in Table 3. Body shape compressed, moderately deep. Greatest body depth at dorsal-fin origin. Dorsal profile convex from snout tip to vertical through middle of orbit; slightly concave from this point to end of occipital process; convex from this point to dorsal-fin origin, straight along dorsalfin base until eighth or ninth branched ray, then smoothly convex from end of dorsal-fin base to terminus of adiposefin base. Ventral profile of body slightly convex from lower lip to slightly behind vertical through pectoral-fin origin; straight or somewhat convex from that point to anal-fin origin; straight along base of anal fin. Prepelvic region transversely flattened with distinct, longitudinally aligned lateral keels. Caudal peduncle with dorsal and ventral profiles slightly concave. Olfactory lamellae 18 (3), 19 (4), 20 (7), 21 (4), 22 (4), 23 (4), 24 (7), 25 (12), 26 (12), 27 (16), 28 (13), 29 (8), 30 (7), 31 (7), 32 (7), 33 (6), 34 (6), 35 (2) or 40 (3). Snout length smaller than orbital diameter. Mouth terminal. Upper and lower jaws of similar size. Premaxillary teeth in two rows, relatively robust. Outer row with 3 (2), 4 (37), 5 (146), 6 (41) or 7 (3) teeth with three cusps, central cusp longest. Inner row with 4 (3), 5 (232) or 6 (1) teeth with three or five cusps, central cusps twice as long as the lateral cusps. Maxilla with 1 (3), 2 (56), 3 (145) or 4 (29) conic or tricuspidate teeth. Dentary bearing 4 (235) anteriormost teeth with 3 to 5 cusps, followed by one (8 c&s) smaller tooth with three cusps and then 7–12 (8 c&s) small conical teeth of similar size. Dorsal-fin rays ii,9 (271). First unbranched ray shorter than second one. Dorsal-fin origin anterior to middle of body in SL. Anal-fin rays v,26 (4), v,27 (10), v,28 (31), v,29 (47), v,30 (67), v,31 (40), v,32 (23) or v,33 (8); posterior unbranched and anterior branched rays usually slightly longer than posterior rays. Anal-fin origin at vertical through base of ninth branched dorsal-fin ray. Pelvic-fin rays i,7 (269); its origin situated anterior to vertical line through dorsal-fin origin; tip of adpressed pelvic fin reaching first unbranched anal-fin ray. Pectoral-fin rays i,11 (12) i,12 (44), i,13 (143), i,14 (43) or i,15 (6). Caudal fin forked. Principal caudal-fin rays i,17,1 or i,18,1 (8 c&s). Dorsal procurrent rays 12–13 (8 c&s) and ventral procurrent rays 8–9 (8 c&s). Scales large and cycloid. Lateral line complete and distinctly curved downward anteriorly. Longitudinal scales 30 (10), 31 (24), 32 (87), 33 (94) or 34 (22). Scale rows between lateral line and dorsal-fin origin 6 (7) or 7 (259). Scale rows between lateral line and pelvic-fin origin 3.5 (268). Predorsal scales 7 to 9. Scale rows around caudal peduncle 12 (4), 13 (67) or 14 (114). Anal-fin base covered by a single row of small scales. Some specimens presenting a high concentration of scales covering both lobes of the caudal fin; such scales smaller than those covering lateral surface of body. First gill arch with 8 (27), 9 (47), 10 (45) or 11 (5) gill rakers on upper limb and 11 (14), 12 (51), 13 (56) or 14 (3) gill rakers on lower limb. Total vertebrae 30 or 31, precaudal vertebrae 12, intermediate vertebrae 2 and caudal vertebrae 16–17 (8 c&s). Supraneurals 3 (8 c&s). Color in alcohol.General body color yellowish. Dorsal portions of head and body darkly pigmented. Dorsolateral portion of body with scattered small chromatophores along distal margin of scales; scales of ventrolateral portion of body unpigmented. Opercular and infraorbital bones silvery, with few scattered large chromatophores. Two conspicuous vertical dark humeral marks separated by one scale, anterior mark more evident. Anterior humeral mark extending over four horizontal scale rows above and one or two horizontal scale rows below lateral line. Posterior humeral mark located over three horizontal scales rows above lateral line. Caudal peduncle with a distinctly rounded dark mark covering posterior most regular scales of body and anterior most portion of middle rays of the caudal fin. Midlateral silvery stripe broad, extending from supracleithrum to caudal peduncle. Anal, pelvic, and dorsal fins hyaline, outlined by small chromatophores at distal portions of the rays. Adipose fin hyaline with small chromatophores at distal margins. ( Fig. 4a). Sexual dimorphism.Adult males with up to eight bony hooks on the first eight branched rays of anal fin.
Distribution. Tetragonopterus chalceusis distributed in the Amazon basin (including rio Tocantins), Orinoco and the Atlantic drainages of the Guianas such as the Essequibo, Corantijn and Marowijneriver basins ( Fig. 2b).
Remarks. Tetragonopterus chalceuswas described by Agassiz, in Spix & Agassiz (1829)based on material collected during the expedition of Martius and Spix to Brazil ( 1817 to 1820), which explored the São Francisco and the Amazon river basins ( Kottelat 1988). Therefore, the potential holotype of T. chalceus(MHNN 785), as implied by Jacques Géry (see Kottelat 1988) was, thus, provenient from one of the two aforementioned basins. Agassiz (1829)mentioned T. chalceus’s type locality simply as Habitat in Brasiliae aequinociales (habitat in equinoctial Brazil). Considering the additional species described from equinoctial Brazil [ e.g. Hypophtalmus edentatus, Hypophtalmus nuchalis(= Auchenipterus nuchalis), Cetopsis candiru, Anodus latior(= Potamorhina latior), Leporinus novemfasiatus(= Leporinus fasciatus), Pimelodus pirinampu(= Pinirampus pirinampu), Pimelodus ctenodus(= Calophysus macropterus), Platystoma planiceps(= Sorubimichthys planiceps), Platystoma truncatum(= Pseudoplatystoma tigrinum), Serrasalmus aureus(= Pristobrycon aureus), Serrasalmus nigricans, Myletes aureus(= Mylossoma aureum)], it is clear that it corresponds to the Amazon basin. Likewise, Agassiz’s species from “Habitat in fluvial S. Francisci [ e.g. Rhinelepis aspera, Pimelodus rigidus, Platystoma corruscans(= Pseudoplatystoma corruscans), Prochilodus argenteusand Serrasalmus piranha(= Pygocentrus piraya)], or Habitat in Brasiliae septentrionalis fluviis [ e.g. Hypostoma etentaculatum(= Pterygoplichthys etentaculatus)] correspond unequivocally to the Rio São Francisco basin.
Material examined. Ecuador: ANSP195250, 6, 42.7–78.2 mmSL, Rio Lagartococha. Peru: ANSP136862, 6, 45.1–51.0 mm SL, Loreto, Iquitos, Río Nanay.LBP 12581, 1, 53.5 mmSL, Loreto, Nauta, Rio Maranõn, 4°18’13.6”S 73°31’16.1”W. OS 18751, 1, 59.5 mmSL, Loreto, Maynas, Río Nanay, 3°49’48.5”S 73°20’13.4”W. Venezuela: ANSP135695, 1, 49.2 mmSL, Jabillau, Río Caura, Caño Chuapo. ANSP 135916, 2, 40.5–41.8 mmSL, Bolivar, Rio Caura.LBP 3059, 1, 51.9 mmSL, Caicaradel Orinoco, Río Orinoco, 7°38’11.6”N 66°19’04.2”W. Guyana: ANSP175635, 1, 60 mmSL, Siparuni river. ANSP176965, 2, 64.9–65.0 mm SL, Demerara, Burro, Burro River, 4°39’53”N 58°50’28”W. ANSP 190536, 1, 41.0 mm SL, Rupununi, Essequibo river. OS 18468, 3, 49.8–61.0 mm SL, Essequibobasin, Cuyuni River, 6°52’28.7”N 60°14’54.5”W. OS 18532, 1, 54.8 mmSL; OS 18580, 1, 62.4 mmSL Essequibobasin, Cuyuni River, 6°50’49.9”N 60°8’10.6”W. OS 18550, 1, 60.3 mmSL, Cuyuni River, Essequibobasin, 6°50’41.6”N 60°7’47.6”W. OS 18616, 13, 49.1–68.2 mmSL, Essequibobasin, Cuyuni River, 6°48’35.3”N 59°47’55.1”W. OS 18638, 1, 47.9 mmSL, Cuyuni River, Essequibobasin, 6°41’30.7”N 59°34’38”W. Suriname: ANSP189627, 1, 85.4 mmSL, Sipaliwini, Marowijnebasin, Lawa river. MHNG2716.089, 2, 55.7–57.2 mmSL, Sipaliwini, Tapanahony river. MHNG2717.036, 3, 54.7–112.6 mmSL, Wayucamp, Tapanahony river. MZUSP65485, 2, 38.2–46.1 mmSL, Brokopondo, Mindrineti river. Brazil: Amazonas: MZUSP7037, 57.0– 64.6 mmSL, Jutaí, Rio Canumã, 2°59’00”S 66°58’00”W. MZUSP17555, 17, 62.1–98.0 mm SL, Rio Içá, Igarapé Boa Vista. MZUSP29817, 2, 44.9–47.1 mmSL, Rio Negro. MZUSP29820, 26, 46.0– 75.2 mmSL, Rio Negrobasin, Rio Marauiá, 0°24’00”S 65°12’00”W. MZUSP92214, 6, 49.5–70.2 mmSL, Rio Tiquié, Pirarara-Poço village, 0°08’40”N 69°12’48”W. Amapá: MZUSP35008, 6, 59.3–95.4 mmSL, Amazonbasin, Rio Cupuxi, 0°40’00”S 51°40’00”W. MZUSP 101472, 10, 71.4–79.9 mmSL, Vitória do Jari, Rio Jari, 0°38’35”S 52°30’31”W. MZUSP 101714, 13, 67.7–84.2 mmSL, Vitória do Jari, Rio Jari, 0°39’42”S 52°30’54”W. Goiás: LBP 17193, 1, 77.5 mmSL, Britânia, Araguaiabasin, Rio Vermelho, 15°10’23.2”S 51°09’27.1”W. MZUSP54091, 4, 59.6–62.9 mmSL, Minaçu, Rio Tocantins. MZUSPex 89295, 4, 45.8–53.6 mmSL, Nova Crixás, Araguaiabasin, Rio Preto, 14°22’18”S 50°39’13”W. MZUSP 91160, 1, 50.9 mmSL, Aruanã, Araguaia basin, 14°24’11”S 50°59’27”W. Maranhão: MZUSP87313, 2, 68.3–69.7 mmSL, Estreito, Tocantinsbasin, 6°35’18”S 47°12’31”W. Mato Grosso: LBP 3981, 2, 42.1–44.8 mmSL, São Félix do Araguaia, Araguaiabasin, 11°38’57.3”S 50°50’59”W. LBP 4011, 2, 58.4–59.4 mmSL; LBP 7770, 1, 71.4 mmSL; LBP 7792, 2, 32.8–35.3 mmSL; Cocalinho, Rio Araguaiabasin, 11°40’09”W 50°01’03”W. LBP 7687, 4, 69.8–73.6 mmSL, marginal lagoon of the Rio Araguaia. LBP 8773, 1, 54.1 mmSL, Cocalinho, Araguaiabasin, 13°19’22.8”S 50°37’20.7”W. LBP 8857, 1, 56.2 mmSL, Cocalinho, Rio Araguaiabasin, 13°22’36.1”S 50°40’08.4”W. LBP 15922, 2, 62.4–68.3 mmSL, Canarana, Rio Xingu, Rio Culuene, 13°31’02.8”S 53°04’41.8”W. LBP 15961, 2, 42.5–44.3 mmSL, Canarana, Rio Xingu, Rio Culuene, 13°29’41.8”S 53°04’57.7”W. LBP 16911, 1, Ribeirão Cascalheira, Rio Xingu, Rio Suiá-Missu, 13°09’13.6”S 51°55’18.7”W. MZUSP62868, 2, 50.2–85.6 mmSL, Juruena, Rio Arinos, 10°27’S 58°17’W. MZUSP63032, 1, 81.9 mmSL, Vila Bela da Santíssima Trindade, Rio Guaporé, Madeirabasin, 15°01’17”S 59°57’90”W. MZUSP 89182, 5, 37.5–47.6 mmSL, Cocalinho, Araguaia basin, 14°25’33”S 50°59’40”W. MZUSP115276, 30, 42.5–76.5 mmSL, Paranatinga, Xingubasin, Rio Culuene, 13°49’00”S 53°15’00”W. MZUSP95855, 9, 76.1–93.2 mmSL, Itaúba, Rio Tapajós, Rio Teles Pires, 10°58’30”S 55°44’03”W. MZUSP99121, 80.0– 93.8 mmSL, Itaúba, Rio Tapajósbasin, 11°04’24”S 55°14’35”W. MZUSP 100583, 3, 57.0– 84.8 mmSL, Aripuanã, Rio Madeira, 10°10’06”S 59°26’50”W. MZUSP 101045, 11, 68.0– 90.2 mmSL, Aripuanã, Madeirabasin, Rio Aripuanã, 10°12’33”S 59°27’39”W. MZUSP107792, 4, 71.1–79.3 mmSL, Novo Mundo, Rio Tapajós. Pará: LBP 13832, 2, 49.3–53.0 mm SL, Itaituba, Rio Tapajós, 4°33’09.7”S 56°17’59”W. LBP 13946, 2, 55.6–66.4 mmSL, Itaituba, Rio Tapajós, 4°16’49.5”S 59°59’26”W. LBP 13947, 1, 67.1 mmSL, Itaituba, Rio Tapajós, 4°16’49.5”S 59°59’26.1”W. LBP 16208, 2, 74.5–91.8 mmSL, Itaituba, Rio Tapajós, 4°28’11”S 56°17’01”W. LBP 16663, 7, 34.2–59.9 mmSL, Altamira, Rio Xingu, 3°30’14.3”S 52°02’19.9”W. MZUSP5449, 3, 65.1–75.3 mmSL, Oriximiná, Rio Trombetas, 1°46’00”S 55°52’00”W. MZUSP 18106, 1, 57.2 mmSL, Igarapé Muru, downstream Tucuruí. MZUSP35006, 8, 48.4–54.7 mmSL, Itaituba, Rio Tapajós. MZUSP35017, 5, 47.9–82.3 mmSL, São Luiz, Rio Tapajós, 4°27’00”S 56°15’00”W. MZUSP92777, 5, 70.3–100.0 mm SL, Santarém, Lago do Maiacas, Rio Amazonas, 2°27’54”S 54°39’31”W. MZUSP99499, 11, 67.1–78.2 mmSL, Jacareacanga, Rio Teles Pires, Rio Tapajós, 9o20’24”S 56o46’33”W. – NUP 8310, 4, 55.2–63.5 mmSL, São Geraldo do Araguaia, 6°19’37.7”S 48°32’15.03”W. Roraima: MZUSP35004, 36, 43.1–85.6 mmSL, Rio Branco. Tocantins: LBP 17366, 1, 64.4 mmSL, Rio Tocantins, Palmas, 10°07’59.6”S 48°18’53.0”W. MZUSP40819, 8, 46.0–71.0 mm SL, Arraias, Rio Tocantins, 13°05’00”S 46°55’00”W. MZUSP97933, 6, 57.2–78.4 mmSL, Alta do Tocantins, Tocantinsbasin, Rio do Sono, 10°15’40”S 46°53’13”W. NUP 8202, 8, 34.4–53.3 mmSL, Ananás, Rio Tocantinsbasin. NUP 9034, 1, 54.5 mmSL, Ananás, Rio Tocantins.
1412767358
[199,1163,1788,1813]
ANSP
Ecuador
Rio Lagartococha
17
18
ANSP 195250, 6
1
1412767368
ANSP
Iquitos
Peru
Rio Nanay.
17
18
ANSP 136862, 6
1
Loreto
1412767370
Nauta
Peru
-4.303778
Rio Maranon
1
-73.52114
17
18
1
Loreto
1412767354
ANSP
Venezuela
Maynas
-3.830139
Rio Caura
1
-73.33706
Rio Nanay
17
18
ANSP 135695, 1
1
Loreto
1412767369
ANSP
Guyana
Rio Caura.
7.636555
Orinoco
1
-66.31783
Caicara
17
18
ANSP 175635, 1
1
Bolivar
1412767353
ANSP
Burro
Guyana
4.6647224
Burro River
21
-58.84111
17
18
ANSP 176965, 2
1
1412767363
Guyana
Cuyuni River
18
19
6.8471947
Cuyuni River
1
-60.13628
Cuyuni River
17
18
1
1412767360
Guyana
6.844889
Essequibo
1
-60.129887
18
19
1
1412767374
Guyana
6.809806
Cuyuni River
1
-59.798637
Cuyuni River
18
19
1
1412767372
[819,1309,260,285]
Guyana
6.691861
Essequibo
15
-59.57722
18
19
1
1412767355
ANSP
Suriname
Sipaliwini
18
19
ANSP 189627, 1
1
Sipaliwini
1412767352
[645,1431,295,320]
MHNG
Suriname
Lawa river
18
19
MHNG 2716.089, 2
1
Marowijne
1412767392
[151,1329,332,357]
MHNG
Wayu
Suriname
Tapanahony river
Tapanahony river
18
19
MHNG 2717.036, 3
1
Sipaliwini
1412767383
MZUSP
Suriname
Mindrineti river
18
19
MZUSP 65485, 2
1
Brokopondo
1412767408
MZUSP
Jutai
Brazil
-2.9833333
Rio Canuma
21
-66.96667
18
19
MZUSP 7037
1
Amazonas
1412767395
[663,1433,404,429]
MZUSP
Igarape Boa Vista
Brazil
Ica
18
19
MZUSP 17555, 17
1
Ica
1412767390
[151,718,439,464]
MZUSP
Brazil
Rio Negro
18
19
MZUSP 29817, 2
1
Rio Negro
1412767399
MZUSP
Brazil
-0.4
Rio Marauia
21
-65.2
18
19
MZUSP 29820, 26
1
Rio Negro
1412767387
MZUSP
Brazil
0.14444445
Pirarara-Poco village
21
-69.21333
Rio Tiquie
18
19
MZUSP 92214, 6
1
Rio Negro
1412767389
[305,1432,511,536]
MZUSP
Amazon
Brazil
-0.6666667
Rio Cupuxi
21
-51.666668
18
19
MZUSP 35008, 6
1
Amapa
1412767376
[151,1184,548,573]
MZUSP
Vitoria do Jari
Brazil
-0.64305556
Rio Jari
21
-52.50861
18
19
MZUSP 101472, 10
1
Amapa
1412767409
MZUSP
Vitoria do Jari
Brazil
-0.66166663
Rio Jari
21
-52.515
18
19
MZUSP 101714, 13
1
Amapa
1412767391
Britania & Araguaia
Brazil
-15.173111
Rio Vermelho
1
-51.157528
18
19
1
Goias
1412767381
MZUSP
Minacu
Brazil
Tocantins
18
19
MZUSP 54091, 4
1
Tocantins
1412767384
MZUSP
Nova Crixas & Araguaia
Brazil
-14.371667
Rio Preto
21
-50.653614
18
19
1
Tocantins
1412767382
MZUSP
Estreito
Brazil
Maranhao
18
19
MZUSP 87313, 2
1
Maranhao
1412767393
[615,1085,727,752]
Brazil
-6.5883336
Tocantins
21
-47.20861
18
19
1
Tocantins
1412767386
Sao Felix do Araguaia & Araguaia
Brazil
-11.64925
Rio Araguaia
15
-50.017498
Rio Araguaia
18
19
1
Mato Grosso
1412767378
Cocalinho & Araguaia
Brazil
-13.376695
Rio Araguaia
1
-50.669003
18
19
1
Mato Grosso
1412767385
Canarana
Brazil
-13.517445
Rio Culuene
1
-53.078278
Rio Xingu
18
19
1
Mato Grosso
1412767379
[324,1433,943,968]
Canarana
Brazil
-13.494945
Rio Culuene
1
-53.082695
Rio Xingu
18
19
1
Mato Grosso
1412767398
[151,1217,980,1005]
Ribeirao Cascalheira
Brazil
-13.153777
Rio Suia-Missu
1
-51.921864
Rio Xingu
18
19
1
Mato Grosso
1412767388
MZUSP
Brazil
-10.45
Rio Arinos
1298
-58.283333
18
19
MZUSP 62868, 2
1
Mato Grosso
1412767411
MZUSP
Vila Bela da Santissima Trindade & Madeira
Brazil
-15.021389
Rio Guapore
21
-59.975002
18
19
MZUSP 63032, 1
1
Mato Grosso
1412767404
MZUSP
Paranatinga & Xingu
Brazil
-13.816667
Rio Culuene
21
-53.25
18
19
MZUSP 115276, 30
1
Mato Grosso
1412767380
MZUSP
Itauba
Brazil
-10.974999
Rio Teles Pires
21
-55.734165
Rio Tapajos
18
19
MZUSP 95855, 9
1
Mato Grosso
1412767377
[445,1433,1159,1184]
MZUSP
Itauba
Brazil
-11.073334
Rio Tapajos
21
-55.243057
18
19
MZUSP 99121
1
Mato Grosso
1412767414
[151,1182,1196,1221]
MZUSP
Aripuana
Brazil
-10.168334
Rio Madeira
21
-59.447224
18
19
MZUSP 100583, 3
1
Mato Grosso
1412767410
MZUSP
Aripuana & Madeira
Brazil
-10.209167
Rio Aripuana
21
-59.460835
18
19
MZUSP 101045, 11
1
Mato Grosso
1412767427
MZUSP
Novo Mundo & Itaituba
Brazil
-4.552695
Rio Tapajos
15
-56.29972
18
19
MZUSP 107792, 4
1
Para
1412767423
[303,1210,1303,1328]
Itaituba
Brazil
-4.280417
Rio Tapajos
15
-59.990555
18
19
1
Para
1412767418
Itaituba
Brazil
-4.280417
Rio Tapajos
1
-59.990585
18
19
1
Para
1412767417
Itaituba
Brazil
-4.4697223
Rio Tapajos
21
-56.28361
18
19
1
Para
1412767413
[438,1433,1375,1400]
Altamira
Brazil
-3.5039723
Rio Xingu
1
-52.03886
18
19
1
Para
1412767419
[151,1121,1412,1437]
MZUSP
Oriximina
Brazil
-1.7666667
Rio Trombetas
21
-55.866665
18
19
MZUSP 5449, 3
1
Para
1412767405
[600,1252,1447,1472]
MZUSP
Itaituba
Brazil
Rio Tapajos
18
19
MZUSP 35006, 8
1
Para
1412767436
MZUSP
Sao Luiz
Brazil
-4.45
Rio Tapajos
21
-56.25
18
19
MZUSP 35017, 5
1
Para
1412767416
MZUSP
Santarem & Lago do Maiacas
Brazil
-2.4650002
Amazonas
21
-54.65861
18
19
MZUSP 92777, 5
1
Amazonas
1412767394
MZUSP
Jacareacanga & Sao Geraldo do Araguaia
Brazil
-6.327139
Rio Tapajos
1
-48.537506
Rio Teles Pires
18
19
MZUSP 99499, 11
1
Amazonas
1412767406
[632,1312,1591,1616]
MZUSP
Brazil
Rio Branco
18
19
MZUSP 35004, 36
1
Roraima
1412767397
Palmas
Brazil
-10.133223
Tocantins
1
-48.31472
18
19
1
Tocantins
1412767415
MZUSP
Arraias
Brazil
-13.083333
Tocantins
21
-46.916668
18
19
MZUSP 40819, 8
1
Tocantins
1412767402
[775,1433,1663,1688]
MZUSP
Brazil
Tocantins
18
19
MZUSP 97933, 6
1
Tocantins
1412767396
Rio do Sono
Brazil
-10.261111
Tocantins
21
-46.886948
18
19
1
Tocantins
1412767403
[222,781,1735,1760]
Brazil
Tocantins
18
19
1
Tocantins