Spix & Agassiz, 1829 : 74 Tetragonopterus aureus Kottelat, 1984 : 146 Kottelat, 1988 : 84 Cope, 1872 : 268 Böhlke, 1984 : 48 Starksina herniarius Fowler, 1907 : 476 Eigenmann, 1910 : 444 Eigenmann, 1915 : 265 Mylossoma aureum Norman, 1929 : 813 Eigenmann & Allen, 1942 : 249 Géry, 1976 : 48 Ortega & Vari, 1986 : 9 Machado-Allison & Castillo, 1992 : 17 Taphorn, 1992 : 477 Machado-Allison & Fink, 1996 : 78 Jégu, 2003 : 187 Ota et al. , 2013 : 27 Norman, 1929 : 815 Mylossoma aureus Nelson, 1961 : 608 Taxonomic revision of the Cis-Andean species of Mylossoma Eigenmann & Kennedy, 1903 (Teleostei: Characiformes: Serrasalmidae) Mateussi, Nadayca T. B. Oliveira, Claudio Pavanelli, Carla S. Zootaxa 2018 2018-02-27 4387 2 275 309 45484 (Agassiz, 1829) Agassiz 1829 [151,584,583,610] Actinopterygii Serrasalmidae Mylossoma GBIF Animalia Characiformes 12 287 Chordata species aureum     Myletes aureusAgassiz, in  Spix & Agassiz, 1829: 74, plate XXI [original description; type-locality: "Brasiliae aequatorialis fluviis"; cited as  Tetragonopterus aureusin the plate].—  Kottelat, 1984: 146[designation of potential syntypes].—  Kottelat, 1988: 84[designation of potential syntypes; details on autorship].    Myletes herniarius  Cope, 1872: 268[original description; type-locality: "Ambyiacu"].—  Böhlke, 1984: 48[type-material listed].    Starksina herniarius.—  Fowler, 1907: 476[redescription of type specimens; lectotype designation].     Mylosoma[ sic] aureum.—  Eigenmann, 1910: 444[listed, catalog of South American freshwater fishes].    Mylosoma aureus.—  Eigenmann, 1915: 265[redescription].     Mylossoma aureum.—  Norman, 1929: 813[brief description].—  Eigenmann & Allen, 1942: 249[description, Peru].—  Géry, 1976: 48[listed].—  Ortega & Vari, 1986: 9[listed, Peru].—  Machado-Allison & Castillo, 1992: 17[morphology; allometry; Orinoco basin, Venezuela].—  Taphorn, 1992: 477[description; río Apure basin, Venezuela].—  Machado-Allison & Fink, 1996: 78[Rio Orinoco basin, Venezuela; brief description]— Oliveira & Araújo-Lima, 1998[larvae habits and distribution].—  Jégu, 2003: 187[listed].—  Ota et al., 2013: 27[rio Madeira basin, Brazil; brief description, photo].    Mylossoma ventriosa  Norman, 1929: 815[original description, type-locality: "Solimões, R. Amazon"].    Mylossoma aureus.—  Nelson, 1961: 608[swim bladder morphology].   Diagnosis:  Mylossoma aureumdiffers from all congeners by presenting the last abdominal spine clearly separated from the anal-fin origin ( vs.last abdominal spine reaching the anal-fin origin or almost) and 38–39 vertebrae ( vs.35 to 37).   Description:Morphometric data presented in Table 3. Body deep, compressed laterally. Dorsal profile concave at posterior region of head and convex between head and dorsal fin. Ventral profile convex; slightly concave at isthmus and strongly convex from this point to end of anal fin. Highest body depth on vertical line passing through dorsal- and pelvic-fins origins. Caudal peduncle deeper than longer. Small head. Eyes lateral at middle of head; upper margin of eyes below longitudinal axis of lateral-line origin. Frontal and parietal fontanel broadly expanded laterally. Snout short and rounded on lateral view. Nostrils dorsolateraly positioned, above longitudinal axis through upper margin of eye. Mouth terminal to slightly upturned, at same level of orbits. Premaxilla projected forward, with inner premaxillary row over or surpassing dentary teeth ( Fig. 12). Premaxillary teeth molariform with robust base; outer portion of anteriormost three teeth of outer row and posterior portion of remaining teeth pointed. Inner premaxillary row with two teeth, separated from outer row. Outer premaxillary row with five teeth. Dentary with four (rarely five) tricuspid, robust, molariform teeth; symphyseal dentary teeth present, with robust base and large conical cusp, behind main row ( Fig. 2). Maxilla edentulous. First gill arch with elongated and conical gill rakers; epibranchial gill-rakers 10(19), 11(15), 12(21) or 13(1); one (45) gill raker at cartilage between epi- and ceratobranchial; ceratobranchial gill-rakers 12(2), 13(3), 14(11), 15(24), 16(10) or 17(5). Body completely covered by small cycloid scales. Accessory scales covering intersections of major scales, mainly at anterior portion of body. Lateral line complete, with 81(1), 82(3), 84(3), 85(2), 86(3), 87(5), 88(2), 89(4), 90(8), 91(9), 92(6), 93(7), 94(6), 95(7), 96(7), 97(3), 98(2), 99(4), 100(2), 102(1) or 104(1) perforated scales, extending into caudal fin. Scales above lateral line 42(1), 44(2), 45(1), 46(3), 48(1), 49(1), 50(4), 51(3), 52(5), 54(4), 55(4), 56(9), 57(6), 58(3), 59(3), 64(1) or 68(1). Scales below lateral line 38(1), 39(1), 40(1), 42(2), 43(3), 44(1), 45(8), 47(5), 48(2), 49(4), 50(2), 51(2), 52(1), 53(4) or 56(2). Circumpeduncular scales 28(8), 30(15), 31(2), 32(21), 33(3), 34(11), 35(1) or 36(2). Ventral keel with well-developed spines forming high serra. Prepelvic spines 25(2), 26(2), 27(4), 28(13), 29(19), 30(24), 31(15), 32(10), 33(10), 34(2) or 35(1). Postpelvic spines 10(6), 11(17), 12(23), 13(25), 14(16) or 15(4); anal spines small, maximum 3, clearly separated from anal-fin origin, discernible only if dissected ( Fig. 12).   TABLE 3.Morphometric data of  Mylossoma aureum. N = number of specimens; SD = standard deviation.    N Range Mean SD  Standard length (mm) 56 82.5–176.5 118.5 -  Percentages of standard length  Body depth 56 56.2–83.3 71.5 0.07  Caudal-peduncle depth 56 9.4–11.9 10.9 0.01  Adipose-fin base length 55 2.4–6.9 4.9 0.01  Anal-fin base length 56 44.9–55.8 49.4 0.03  Dorsal-fin base length 56 18.7–24.7 21.1 0.01  Dorsal-fin to hypural plate distance 56 55.8–63.2 59.6 0.02  Snout to dorsal-fin distance 56 52.0–61.8 59.6 0.02  Anal-fin length 51 15.1–23.1 19.0 0.02  Head length 56 23.1–29.2 25.9 0.01  Dorsal-fin length 55 26.3–35.9 31.3 0.02  Pelvic-fin length 52 11.0–15.8 13.6 0.01  Pectoral-fin length 55 19.2–27.5 24.1 0.02  Percentages of head length  Snout length 55 20.1–34.4 30.9 0.02  Maxilla length 56 26.2–38.2 33.2 0.02  Orbital diameter 56 28.6–40.7 34.7 0.03  Interorbital width 56 46.7–54.7 50.2 0.02 Dorsal fin not preceded by spine, its origin equidistant from tip of snout and end of hypural plate. First dorsalfin ray much shorter than second ray; in some specimens covered by skin, in such cases discernible only if dissected or x-rayed ( Fig. 12). Branched dorsal-fin rays gradually decreasing in size; dorsal-fin rays 12(1), 14(14), 15(62) or 16(27). Adipose fin short, entirely covered by small scales. Pectoral fin falcate, with i(88) + 12(1), 13(7), 14(34), 15(38), 16(22) or 17(3) rays. Pelvic fin small, with i + 6(89) branched rays. Anal fin long, with convex edge, median and posterior rays longer than anterior ones, not lobed; sheath of scales covering at least two-thirds of anal-fin length; anal-fin rays 28(7), 29(13), 30(21), 31(39), 32(18), 33(5), 34(2) or 35(1). Caudal fin bifurcated, lobes of similar size, with 16(6), 17(69), 18(6), 19(2) or 21(1) rays. Vertebrae 38(9) or 39(2). Supraneurals 4(11).  Color in alcohol.General body color silvery-brownish or silvery-yellowish, darker dorsally ( Fig. 11). Fins hyaline with yellow hue; caudal-fin and anal-fin bases, and distal margin of anal fin slightly dark. Dark to brown blotch on opercle usually absent or inconspicuous. Juvenile specimens with vertical, faded brown bands on flanks; a rounded brown ocellar blotch below dorsal fin, small and inconspicuous, sometimes absent ( Fig. 13).  Color in life.General body color silvery; darker dorsally; orange or reddish tint on anterior portion of abdominal region, head and around the eyes. Black or brownish blotch on opercle usually absent, if present, inconspicuous. Anal fin with orange or yellow tint, sometimes with a dark band along distal margin; dorsal, pectoral and pelvic fins with orange base and posterior portion hyaline; caudal fin hyaline. Juveniles with vertical dark, relatively inconspicuous stripes along flanks ( Fig. 14, 15).   FIGURE 10.  Mylossoma aureum, syntype of  Myletes aureus, MHNN 788, 119 mm SL, "Brazilian equatorial rivers". Photo by Celia Bueno.   FIGURE 11.  Mylossoma aureum, INPA 24346, 121 mm SL, rio Madeira, Rondônia, Brazil.   FIGURE 12.Radiograph of  Mylossoma aureum, MCP 21042, 107 mm SL, showing (a) premaxilla projected forward, (b) first dorsal-fin ray reduced in size and (c) absence of anal spines, and ventral serra not united to the anal fin.   FIGURE 13.  Mylossoma aureum, INPA 18813, 55 mm SL, juvenile, rio Solimões, Amazonas, Brazil, showing pattern of narrow bands on flanks, blotch on opercle and ocellar blotch below dorsal fin absent.  Geographic distribution.  Mylossoma aureumis widely distributed across the Amazon and Orinoco river basins ( Fig. 3).  Ecological notes.  Mylossoma aureumis a highly fecund, fast growing species with high mortality rates in early life stages (  Lima& Araújo-Lima, 2004). The species is considered an omnivore with high tendency to herbivory, feeding mainly on vegetal matter and invertebrates.  Mylossoma aureumundertakes reproductive migrations, and the spawning occurs during the flood season, mainly in white waters rivers and associated wetlands ( Santos et al., 2006).  Mylossoma aureumhas moderate importance in commercial fisheries ( Santos et al., 2006).  Molecular data.DNA barcoding showed a variation of 0.084 to 0.091 between examined samples of  M. aureumand the remaining analyzed species, with  M. albiscopum(identified as  M. duriventregroup 5) being the closest related species ( Mateussi et al., 2016).   Remarks.Agassiz (in Spix & Agassiz, 1829) mentioned that three specimens were examined for the description of  Myletes aureus: " In Museo Monacensi specimina tria in spiritu vini servantur". Kottelat (1984, 1988) designated the lots MHNN 787 and MHNN 788 as possible syntypesfor  Myletes aureus. However, the examination of pictures of these specimens revealed that specimen MHNN 787 belongs actually to  Mylossoma albiscopum. Thus, we designate the specimen MHNN 788-A as lectotypeof  M. aureumand the specimen MHNN 788-B as a paralectotype.  Taphorn (1992), Machado-Allison & Castillo (1992), and Machado-Allison & Fink (1995) presented morphological data from  Mylossoma aureumspecimens from the Orinoco basin. We unfortunately were unable to examine specimens of  Mylossoma aureumfrom the Orinoco basin, but the data presented by these authors indicates that this population is clearly conspecific with the population occurring at the Amazon basin.   Material examined. Type material.MHNN 788-A, 1, Brazilian equatorial rivers. Lectotype (by present designation) of  Myletes aureus. MHNN 788-B, 1, Brazilian equatorial rivers. Paralectotype of  Myletes aureus.ANSP 8025, 1 (rd), río Ambyiacu, Peru. Lectotype of  Myletes herniarius(designated by Fowler, 1907). BMNH 1923.10.28.263, rio Solimões. Holotype of  Mylossoma ventriosa. Non-type material. Brazil. Rio Amazonas basin. Amazonas:INPA 20264, 3, 87.0– 88.5 mmSL, Manaus, Canal Xiborena, 03°12'30"S 59°59'00"W, 14 Apr 2000, C. Cox-Fernandes et al.INPA 20287, 4, 15.7–55.0 mm SL, Manaus, Canal Xiborena, 03°12'30"S 59°59'00"W, 15 Mar 2000, L. Rajys et al.. INPA 20332, 1, 48.6mmSL, Iraduba, lago Pirapora at Catalão lakes complex, 03°10'09''S 59°54'43''W, 13 Jul 2000, L. R. Py-Daniel & J. Zuanon. INPA 20337, 1, 65.8 mmSL, lago do Padre, 03°25'31"S 60°57'56"W, Jul 2000, L. R. Py-Daniel et al.INPA 29063, 1, 103.4 mmSL, Carauarí, RDS Uacari, rio Juruá, 05°56'26"S 67°48'21"W, 24 Nov 2007, R. G. Frederico & L. J. Queiroz. INPA 29699, 1, 99.9 mmSL, Carauarí, RDS Uacarí, lago da Terra, rio Juruá tributary, 05°30'34"S 67°27'58"W, 28 Nov 2007, R. G. Frederico & L. J. Queiroz. INPA 29749, 1, 93.9 mmSL, Carauarí, RDS Uacari, rio Juruá, 05°56'26"S 67°48'21"W, 22 Nov 2007, R. G. Frederico & L. J. Queiroz. INPA 33885, 1, 98.7 mmSL, Nhamundá, rio Nhamundá, 02°13'51"S 56°46'23", 21 Sep 2011, R. Leitão & H. Lazzarotto. INPA 39641, 3, 9.2–12.16 mmSL, Itacoatiara, igarapé do Centenário, 03°08'25"S 58°27'25"W, 16 Apr 2011, E. L. H. Takahashi. INPA 43781, 1 (sk), Iranduba, lago Pirapora, 03°10'09"S 59°54'43"W, 0 1 Jul 2014, S. A. Amadio. INPA 46096, 1, 68.2 mmSL, Carauarí, RDS Uacari, rio Juruá, 05°56'26"S 67°48'21"W. MPEG 1542, 1, 74.7 mmSL, Japurá, lago Amanã, rio Japurá, 02°35'48"S 64°39'46"W. Pará:MCP 20962, 2, 71.4–74.2 mmSL, Alenquer, ilha de São Miguel, rio Amazonas, 01°56'S 54°44'W, 26 Nov 1997, R. B. Oliveira. MCP 21042, 1 (rd), 107.8 mmSL, Alenquer, ilha de São Miguel, rio Amazonas, 01°56'S 54°44'W, 26 Nov 1997, R. B. Oliveira. MPEG 5225, 1, 110.0 mm SL, Oriximiná, rio Trombetas, 01°43'10"S 55°55'22"W. MPEG 14102, 1, 82.6 mmSL, Juruti, rio Amazonas, 02°11'23.7"S 56°08'04"W. Rondônia:UFRO-ICT 13555, 1, 13.7 mmSL, Pimenteiras do Oeste, Porto Surpresa, rio Guaporé, 11°53'13"S 65°01'16.1"W, 11 Jan 2012. Rio Madeira basin. Amazonas:INPA 24346, 11, 106.4– 144.8 mmSL, comunidade Itapinima, rio Madeira, 05°24'37"S 60°43'16"W, 22 Sep 2004. INPA 24347, 2, 120.6– 125.6 mmSL, comunidade Itapinima, rio Madeira, 05°24'37"S 60°43'16"W, 21 Sep 2004, L. R. Py-Daniel et al..INPA 24349, 1, 118.8 mmSL, comunidade Vencedor, lago do Acará, rio Madeira, 03°38'9.69"S 62°42'31.95"W, 22 Sep 2004, L. R.   Py-Daniel et al. UFRO-ICT 1137, 1(rd), 132.8 mmSL, Humaitá, lago do Puruzinho, rio Madeira,  07°22'21.3"S 63°03'10.1"W, 0  2 Dec 2008, L. J. Queiroz. UFRO-ICT 1259, 1(rd), 155.1 mmSL, Novo Aripuanã, rio Aripuanã, rio Madeira,  05°08'30.5"S 60°24'03.3"W, 0  5 Dec 2008, A. Cella-Ribeiro.  Rondônia: INPA 3791, 5(4), 153.6– 176.5 mmSL, rio Machado,  08°20'18"S 62°42'33"W, 0  1 Sep 1977, M. Goulding. UFRO-ICT4776, 1(rd), 116.4 mmSL, Nova Olinda do Norte, lago Sampaio, rio Madeirabasin, 03°49'06"S 59°05'27"W, 30 Jan 2012, A. Cella- Ribeiro. UFRO-ICT 7500, 2, 118.1– 120.8 mmSL,  PortoVelho, rio Machado, 08°20'18"S 62°42'33"W, 0  1 Dec 2011. UFRO-ICT 9278, 2(rd), 109.2–112.2 mmSL,  PortoVelho, cachoeira Santo Antônio, rio Madeira, 08°47'32"S 65°56'05"W,  24 Oct 2010, W. M. Ohara. UFRO-ICT 13307, 1, 132.0 mm SL,  PortoVelho, cachoeira Santo Antônio, rio Madeira, 08°48'30"S 63°36'53"W,  13 Dec 2008, EquipeSET. UFRO-ICT 19346, 1, 112.0 mm SL,  PortoVelho, Igarapé Jatuarana, rio Madeira, 08°45'54''S 64°02'39''W, 19 Feb 2013, E. Façanha. Rio Negro. Amazonas:LBP 21832, 2, 103.7– 109.4 mmSL, Manaus, Catalão,  rio Negro,  03°12'00''S 59°57'39''W,  12 May 2016, N.T.B. Mateussi et al.  Rio Purusbasin.  Acre: MCP28927, 2(1), 123.6 mmSL, Sena Madureira, rio Purus(bought at the Sena Madureirafish market), 09°08'59"S 68°35'00"W, 0 8 Aug 2001. Amazonas:INPA 16776, 1, 124.6 mmSL, beach at Reserva Biológica do Abufari, rio Purus, c. 05°32'5"S 63°04'44"W, 0 9 Dec 2000, L. R. Py- Daniel & M. Garcia. INPA 18533, 2, 60.1–61.2 mmSL, Reserva Biológica do Abufari, rio Purus, 05°32'5"S 63°04'44"W, 0 8 Dec 2000, L. R. Py-Daniel et al.INPA 46974, 5 (rd), 86.5–182.3 mmSL, Tapauá, igarapé Castanhalzinho,  04°59'50"S 62°59'38"W,  10 Aug 2012, L. R. Py-Daniel et al.  Rio Solimõesbasin,  Amazonas: INPA 11093, 1,  61.6mmSL, Iranduba, ilha da Marchantaria, rio Solimões,  03°17'05"S 60°11'10"W,  17 Jun 1988, Equipe de Ictiologiado INPA. INPA 18813, 15, 24.0– 55.4 mmSL, Reserva Mamirauá, lago Secretaria( rio Solimões), c.  02°11'32"S 65°42'30"W, 0  1 Mar 2001, W. Crampton. INPA 19533, 1,  77.8mmSL, Alvarães, rio Solimões, c. 03°46'30"S 65°22'50"W, 29 Jan 2001, W. Crampton. INPA 19535, 2, 57.2–76.4 mmSL, ilha do Içé, rio Solimões,  03°16'36"S 64°41'01"W, 0  1 Jan 2001, W. Crampton. INPA 25758, 1,  99.5mmSL, Manaus, lago Muratu, rio Solimões,  03°20'51"S 60°12'34"W, 0  1 Jul 2003, M. C. Vega. INPA 25784,  1, 109.2mmSL, Manaus, lago Muratu, rio Solimões, 03°20'51"S 60°12'34"W, 0 1 Jun 2003, M. C. Vega. INPA 28919, 1, 75.8 mmSL, Carauarí,  RDS Uacari, rio Juruá, 05°42'23"S 67°49'17"W, 26 Nov 2007, R. G. Frederico & L. J. Queiroz. INPA 29753, 1, 97.5 mmSL, Carauarí,  RDS Uacari, rio Solimões,  05°54'20"S 67°51'59"W,  22 Nov 2008, R. G. Frederico& L. J. Queiroz. INPA 33132, 1,  52.3mmSL, Tabatinga, rio Solimões,  03°57'32"S 69°20'19"W, 0  2 Sep 2003, J. Zuanon et al.. INPA 33133, 1,  17.4mmSL, Coari, Ressaca Geral, rio Solimões,  03°51'10"S 63°28'07"W,  13 Sep 2003, L. R. Py-Daniel et al.. INPA 3790, 26(11), 27.5–71.3 mmSL, Iranduba, ilha da Marchantaria, rio Solimões,  03°17'05"S 60°11'10"W,  20 Mar 1976, Ictiologia INPA. LBP 18401, 1,  95.7mmSL, Manacapuru, rio Solimões, 03°18'53"S 60°38'58"W, 21 Aug 2013, C. Oliveira et al.LBP 21801, 1, 42.9 mmSL, Tefé,  Paranáde Tefé, rio Solimões, 03°21.05'S 64°40.06'W,  19 May 2016, N.T.B. Mateussi et al.LBP 21777, 2, 26.2–33.1 mmSL, Alvarães,  Paranádo Icé, rio Solimões, 03°15.49'S 64°42.92'W,  19 May 2016, N.T.B. Mateussi et al. MCP 31679, 2, 103.7– 111.6mm SL, Alvarães, lago Mamirauá( rio Solimõesbasin),  03°06'37"S 64°47'45"W,  14 May 1998. MCP31680, 1,  40.3mmSL, Tefé, rio Solimões,  03°16'9"S 64°39'09"W,  11 Jan 2001. MCP31681, 1,  82.4mmSL, Alvarães, ilha do Içé, rio Solimões,  03°16'36"S 64°41'01" W. Rio Xingu basin, Pará: INPA 40703, 1,  94.2mmSL,  Portode Moz, rio Xingu,  01°43'54"S 52°15'16"W,  24 Sep 2013, M. Sabaj Perez.  Colombia. Rio Amazonasbasin,  Amazonas: LBP 22515, 6, 49.1–63.0 mm SL, Leticia, Lago Yahuarcaca, rio Amazonas,  04°11'45''S 69°57'20''W,  12 Nov 2016, C. Oliveira& B.F. Melo.  Peru. Rio Amazonasbasin, Loreto: LBP 22606, 5, 52.4–104.2 mmSL, rio Amazonas, 04°14'04''S 69°57'42''W, 14 Nov 2016, C. Oliveira & B.F. Melo. 1828872986 [151,1275,151,176] UFRO-ICT Py-Daniel Puruzinho Humaita 18 293 UFRO-ICT 1137, 1 1 Madeira 1828872985 2008-12-02 UFRO-ICT L. J. Queiroz. & Novo Aripuana -7.3725834 rio Aripuana 1 -63.052803 18 293 UFRO-ICT 1259, 1 1 Madeira 1828873042 2008-12-05 INPA A. Cella-Ribeiro. Rondonia -5.1418056 rio Machado 1 -60.400917 18 293 INPA 3791, 5 1 Rondonia 1828873033 1977-09-01 UFRO-ICT M. Goulding. & Sampaio -8.338333 Nova Olinda do Norte 21 -62.709167 18 293 UFRO-ICT4776, 1 1 Madeira 1828872983 2011-12-01 UFRO-ICT -8.338333 rio Machado 21 -62.709167 18 293 UFRO-ICT 9278, 2 1 Porto 1828873024 2010-10-24 UFRO-ICT W. M. Ohara. -8.792223 rio Madeira 21 -65.93472 18 293 UFRO-ICT 13307, 1 1 Porto 1828873026 2008-12-13 UFRO-ICT Equipe -8.808333 rio Madeira 21 -63.61472 18 293 UFRO-ICT 19346, 1 1 Porto 1828873041 [200,703,476,501] rio Madeira 18 293 1 Porto 1828872999 [933,1047,511,536] rio Negro 18 293 1 rio Negro 1828872990 2016-05-12 MCP N. T. B. Mateussi & Acre & Sena Madureira -3.2 rio Purus 21 -59.960835 Rio Purus 18 293 2 1 Acre 1828872979 2012-08-10 INPA L. R. Py-Daniel & Amazonas & Iranduba Rio Solimoes -4.9972224 rio Solimoes 21 -62.99389 ilha da Marchantaria 18 293 INPA 11093, 1, 61.6 1 Amazonas 1828873036 1988-06-17 INPA de Ictiologia & Reserva Mamiraua & Secretaria -3.284722 rio Solimoes 21 -60.18611 18 293 INPA 18813, 15 1 Amazonas 1828872991 2001-03-01 INPA W. Crampton. & Alvaraes -2.1922224 rio Solimoes 21 -65.70833 18 293 INPA 19533, 1, 77.8 1 Amazonas 1828872988 2001-01-01 INPA W. Crampton. & Manaus & Muratu -3.2766666 rio Solimoes 21 -64.68361 18 293 INPA 25758, 1, 99.5 1 Amazonas 1828873038 2003-07-01 INPA M. C. Vega. & Manaus & Muratu -3.3474998 rio Solimoes 21 -60.209446 18 293 INPA 25784, 1, 109.2 1 Amazonas 1828873023 [263,522,1015,1040] RDS rio Jurua Uacari 18 293 1 Amazonas 1828873031 [522,816,1052,1077] RDS rio Solimoes Uacari 18 293 1 Amazonas 1828873046 2008-11-22 INPA R. G. Frederico & L. J. Queiroz. & Tabatinga -5.9055557 rio Solimoes 21 -67.86639 18 293 INPA 33132, 1, 52.3 1 Amazonas 1828873040 2003-09-02 INPA J. Zuanon & Coari & Ressaca Geral -3.958889 rio Solimoes 21 -69.338615 18 293 INPA 33133, 1, 17.4 1 Amazonas 1828873032 2003-09-13 INPA L. R. Py-Daniel & Iranduba -3.8527777 rio Solimoes 21 -63.468613 ilha da Marchantaria 18 293 INPA 3790, 26 1 Amazonas 1828873025 [151,1432,1196,1221] 1976-03-20 INPA Ictiologia & Manacapuru -3.284722 rio Solimoes 21 -60.18611 18 293 1, 95.7 1 Amazonas 1828873027 2016-05-19 N. T. B. Mateussi & Alvaraes -3.3508334 Parana 13 -64.66766 18 293 1 Parana 1828873030 2016-05-19 MCP N. T. B. Mateussi & Alvaraes & Mamiraua -3.2581668 rio Solimoes 13 -64.71533 18 293 MCP 31679, 2, 103.7-111.6 1 Parana 1828872987 1998-05-14 MCP Tefe -3.1102777 rio Solimoes 21 -64.79583 18 293 1, 40.3 1 Parana 1828872984 2001-01-11 MCP Alvaraes -3.2691667 rio Solimoes 21 -64.652504 ilha do Ice 18 293 1, 82.4 1 Parana 1828872993 [550,1431,1412,1437] INPA W. Rio Xingu -3.2766666 Para 21 -64.68361 18 293 INPA 40703, 1, 94.2 1 Para 1828873029 [151,427,1447,1472] Porto 18 293 1 Porto 1828873039 2013-09-24 M. Sabaj Perez. Colombia. Rio Amazonas & Amazonas & Leticia & Lago Yahuarcaca Colombia -1.7316667 Amazonas 21 -52.254444 18 293 1 Amazonas 1828873045 2016-11-12 C. Oliveira & B. F. Melo. Peru. Rio Amazonas Peru -4.195833 rio Amazonas 21 -69.95555 18 293 1 Loreto