Rhaphiodon vulpinus Agassiz, 1829
publication ID |
https://doi.org/ 10.1206/0003-0082(2000)286<0001:TNFSCT>2.0.CO;2 |
publication LSID |
lsid:zoobank.org:pub:7195ABD4-EEB0-496B-AB1D-8AC33BC78305 |
persistent identifier |
https://treatment.plazi.org/id/03F79A2C-FFDF-E838-A36B-FA752E294A30 |
treatment provided by |
Felipe |
scientific name |
Rhaphiodon vulpinus Agassiz, 1829 |
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Rhaphiodon vulpinus Agassiz, 1829 View in CoL
Rhaphiodon vulpinus Agassiz, 1829: 76 , pl. 26 (original description, type locality: Brazil). c Evermann and Kendall, 1906: 85 (collection locality unknown, market at Buenos Aires, Argentina). c Fowler , 1906: 467 (description, Peruvian Amazon , specimen not examined). c Eigenmann and Bean , 1907: 667 ( Brazil, lower Amazon ). c Eigenmann and Ogle , 1907: 31 ( Paraguay). c Eigenmann , 1910: 444 (literature compilation). c Bertoni , 1939: 56 ( upper Rio Parana´, identification based on location). c Fowler , 1945: 157, fig. 49 (literature compilation);
–1950: 332 (literature compilation). c Nelson, 1949: 495–523 (morphology). c Schultz, 1950: 49 ( Argentina, Paraguay, Amazon). c LoweMcConnell, 1964: 110 ( Guyana, Rupununi Riv er system). c Ringuelet et al., 1967: 167 (Rio Paraná and Río de la Plata systems, based on location). c Britski, 1972: 82, fig. 4 View Fig (literature compilation, fishes from the state of São Paulo, Brazil). c Nielsen, 1974: 45 ( Hydropardus rapax Reinhardt, 1849 placed as a synonym).
c Saul, 1975: 112 ( Ecuador, Río Aguarico, specimen not examined). c Howes, 1976: 205– 229 (myology, functional morphology). c Lesiuk and Lindsey, 1978: 991–997 ( Brazil: Rio Negro, functional morphology). c Géry and Poivre, 1979: 1–4 figs.1–4 View Fig View Fig View Fig View Fig (description of juvenile teeth). Mendes dos Santos et al., 1984: 40 ( Brazil, Rio Tocantins; photograph, description). Géry and Mahnert, 1984: 174 ( Ecuador, Río Napo system, specimen not examined). Lauzanne and Loubens, 1985: 56, fig. 52 ( Bolivia, Río Mamore: Trinidad). c Di Persia and Neiff, 1986: 612 (list of species from Río Uruguay system). c Géry, 1986: 66, pl.6a, b (key to cynodontine species). c Ortega and Vari, 1986: 10 (in list of freshwater fishes of Peru). c Ferreira et al., 1988: 344 ( Brazil, Roraima, Rio Mucajaı´, specimen not examined). Goulding et al., 1988: 127 ( Brazil, Rio Negro). c Galvis et al., 1989: 122 ( Colombia, Río Meta system, specimen not examined). ArandasRego and Pavanelli 1990: 99 (parasitized by proteocephalids Cestoda, Brazil, at Salobra, Mato Grosso; identification based on location). Barriga, 1991: 30: (in list of freshwater fishes of Ecuador, common name). c Taphorn, 1992: 439 (description, Venezuela, Apure).
Cynodon vulpinus : Cuvier, 1829: 312 (named in a footnote to the description of Hydrocyon ).
c Valenciennes, 1849: 329 ( Brazil; description). c Günther, 1864: 359 (based on Valenciennes, 1849). c Kner, 1859: 47 ( Brazil; description, not able to associate with a specific specimen at NWM). c Peters, 1877: 472 ( Venezuela, Calabozo, specimen not examined). c Steindachner, 1883: 15 ( Peru, Río Huallaga; description).
c Perugia, 1891: 49 (Río Paraguay and Río de La Plata systems, identification based on location). c Boulenger, 1898: 426 ( Brazil, Rio Jurua´). c Goeldi, 1898: 463, 483 (common name, literature compilation). c Pellegrin, 1899: 157 ( Venezuela, Apure); 1909: 150 ( Brazil: Santarém, Rio Negro, Tabatinga). Devincenzi, 1924: 172 (Río Uruguay, Concordia, identification based on location). c Devincenzi and Barattini, 1926: pl.12 ( Uruguay). c Devincenzi and Teague, 1942: 82 (Río Uruguay; diagnosis, identification based on location). c Eigenmann and Kennedy, 1903: 528 ( Paraguay, Río Paraguay, Asunción).
Raphiodon vulpinus (genus name misspelled): Müller and Troschel, 1844: ( Brazil); 1845: 19 (identical to Müller and Troschel, 1844).
c Cope, 1878: 688 (upper Amazon, specimen not examined). c Eigenmann, 1906: 524, pl.11 (photograph of head); 1907: 154 ( Paraguay, identification based on location). Starks, 1913: 20 ( Brazil, Para´; description). c López et al., 1984: 76 ( Uruguay, Río Ururguay, Salto Grande dam, identification based on location). c Godoy, 1987: 192–193 ( Brazil: Santa Catarina, figured).
Hydropardus rapax Reinhardt, 1849: 46–57 View in CoL (original description; type locality: Uruguay, Montevideo).
Cynodon vupinus : (species name misspelled) Eigenmann and Eigenmann, 1891: 59 (literature compilation).
Rhaphiodon vulpinum : (species name misspelled) Eigenmann and Allen, 1942: 271 ( Peru, Río Pacaya; common name). c Schultz, 1944: 273 (literature compilation);
Rhaphiodontichthys vulpinus : Campos, 1945: 473 ( Brazil: Rio Amazonas; description). c Mago Leccia, 1970: 74 (in list of species from Venezuela). c Cala, 1977: 9 ( Colombia, Río Orinoco system, specimen not examined).
Raphiodontichthys vulpinus (generic name misspelled): MachadoAllison, 1987: 134 ( Venezuela, Llanos, specimen not examined).
DIAGNOSIS: Rhaphiodon vulpinus can be distinguished from all other cynodontines by the placement of the dorsal fin on the posterior third of the body length ( figs. 26 View Fig , 28 View Fig ) (predorsal distance being 69.3–74.4 versus 52.2–61.1 of SL in all other cynodontines), by its very elongate body relative to its depth (body depth at dorsalfin origin 12.7–19.6 versus 19.1–33.7 of SL in all other cynodontines), and by a higher number of vertebrae (62–68 versus 44–54 in all other cynodontines). It can be further distinguished from all Hydrolycus species by the insertion of the dorsal fin slightly posterior to the vertical through the analfin origin (anterior to that point in Hydrolycus ) and from Cynodon by the lower number of analfin rays (38–50 versus 61–80 in Cynodon ).
DESCRIPTION: (table 3) Body very elongate, compressed laterally, greatest body depth at vertical through pectoralfin origin, depth decreasing posteriorly. Dorsal profile of head slightly concave, ranging from barely concave to straight in specimens smaller than 50 mm SL; degree of concavity varies depending on degree of bending in region posterior to head at time specimen was preserved. Predorsal profile of body straight to slightly concave; slightly posteroventrally slanted at dorsalfin base, proportionally less slanted from that point to vertical through last analfin ray; concave between latter point and origin of dorsalmost procurrent caudalfin ray. Ventral profile of body convex to pelvicfin origin, convexity more pronounced anteriorly, less so between vertical through innermost pectoralfin ray and pelvicfin origin; straight to analfin origin, posterodorsally slanted along analfin base, straight to origin of ventralmost procurrent caudalfin ray. Ventral surface of body with keel from isthmus to anus, interrupted at vertical through pelvicfin base; keel anteriorly supported by expanded coracoids.
No serrations at margin of opercular bones. Laterosensory canal system in infraorbitals and opercular bones highly branched; canals progressively more pronounced in larger individuals, canals absent in specimens under 50 mm SL.
Mouth obliquely aligned relatively to horizontal axis of body, angle of mouth relative to horizontal plane varying depending on degree of flexure posterior to head at time of specimen preservation. Upper jaw very long relative to head length; posterior tip of maxilla extending slightly beyond vertical through posterior tip of second infraorbital in specimens under 40 mm SL, progressively shorter in larger individuals, not reaching that point in the largest specimens examined.
Second and third infraorbitals not in contact with preopercle posteriorly. Snout short er than orbital diameter. Adipose eyelid with notch in region of orbital margin at vertical through middle of second infraorbital.
Teeth in both jaws conical, in single row, varying in size. Teeth in upper jaw partially covered by skin laterally, smaller teeth only with tips apparent. Premaxilla delimited by one canine anteriorly and one canine, slightly smaller, posteriorly; one large conical tooth located between two canines, placed closer to posteriormost canine; several small conical teeth between anterior and posteriormost canines; maxilla with conical teeth of variable size anteriorly, teeth gradually becoming smaller and of more similar size posteriorly. Dentary with one very well developed canine extending through snout when mouth closed, tip of canine reaching nostrils anteriorly; canine larger relative to head length in larger specimens; two conical teeth anterior to largest dentary canine, anteriormost smallest; canine teeth posterior to largest dentary canine varying in size, separated by small conical teeth; teeth gradually decrease in size posteriorly. Specimens under 60 mm SL with row of very small conical teeth internal to main series posteriorly. Teeth on ectopterygoid, mesopterygoid, and metapterygoid small and conical.
Scales without distinct serration. Scales small, larger laterally at level of lateral line. Scales along predorsal midline arranged in somewhat irregular rows. Scales below lateral line obliquely arranged. Lateralline scales with many divergent branches of the lateralline canal. Divergent branches more pronounced in larger individuals; lateralline canal without branches in specimens under 60 mm SL; specimens of 180 mm SL with one ventrally and one dorsally directed branch of lateralline canal. Lateralline canal extending to posterior tip of middle caudalfin rays.
Dorsalfin rays ii,10. Dorsalfin origin located on posterior third of body length, slightly posterior to vertical through analfin origin. First basal dorsalfin pterygiophore inserting behind neural spine of 35th (rarely 34th) to 38th vertebrae. Distal margin of dorsal fin slightly convex; diminutive scales on dorsalfin base, extending onefifth of distance of fin ray on membrane between fin rays, to lesser extent on remaining rays, scales not as extensive in individuals under 170 mm SL, absent in individuals under 60 mm SL. First basal analfin pterygiophore inserting behind hemal spine of 36th (rarely 35th) to 38th vertebrae. Distal margin of anal fin straight. Anal fin covered with scales over half of length of fin rays, more so in larger specimens. No scales covering analfin rays in specimens under 60 mm SL. Pectoralfin rays pointed distally. Posterior tip of longest pectoralfin ray extending to a point far anterior to vertical through dorsalfin pelvicfin origins. Pelvic fin very short. Pelvicfin rays i,6–7. Pelvic fin pointed distally with first and second branched rays longest. Tips of fin reaching anus. Pelvicfin base inserted at level of ventral profile of abdomen. Caudal fin almost straight, dorsal lobe slightly convex; caudal fin covered with scales for approximately twothirds of length of middle rays; degree of coverage decreasing toward dorsal and ventral procurrent rays. Middle caudalfin ray longest, its tip extending posteriorly to vertical through tip of dorsalmost principal ray, more pronounced in larger individuals, those under 60 mm SL without prominent middle caudalfin ray.
VERTEBRAE: 62(1); 64(4); 65(7); 66(10); 67(8); 68(1).
COLOR IN ALCOHOL: Specimens retaining guanine on scales with silver coloration on sides of body and head (including lower jaw, except for tip) as far dorsally as horizontal through dorsal margin of orbit. Head and body tan to brownish dorsally, including tip of lower jaw. Specimens under 60 mm SL with silver coloration on abdominal region, remaining portions of body yellowishtan ground coloration.
Specimens lacking guanine with tan ground coloration on sides of body and head, slightly darker dorsally. Specimens from the Rio Negro have a much darker ground coloration of body and head, with region of head around orbit and opercular region with more conspicuous dark pigmentation. Specimens retaining pigmentation on fins with dorsal fin slightly dusky; dorsal portion of pectoral fin covered with dark chromatophores at its base and outermost fin rays. Caudal fin dusky posteriorly, sometimes with tips of finrays dark. Adipose fin hyaline.
GEOGRAPHIC DISTRIBUTION: Main rivers and their tributaries in the Amazon basin from the Río Ucayali system in Peru, eastward to Rio Xingu in Brazil; Rio Tocantins and Rio Capim basins; lower to upper portions of Río Orinoco basin; Rupununi River in the upper Essequibo River system in Guyana; Rio Parana´/ Paraguay, and Uruguay basin, south to Río de la Plata in Argentina ( fig. 27 View Fig ).
GEOGRAPHIC VARIATION: The population samples herein identified as Rhaphiodon vulpinus from the Río Orinoco, Rio Amazonas, Río ParaguayParana´, and Río Uruguay systems, except for a few specimens detailed below, either agree, or show a very large degree of overlap in all meristic and morphometric characters studied.
Three large specimens ( MZUSP 32808 View Materials , 578– 604 mm SL) from the upper portions of the Rio Xingu in Brazil, have a considerably higher number of lateralline scales (142 in one specimen, 150 in two specimens) and branched analfin rays (50 in all three specimens) compared to specimens from the remaining portions of the species range (122– 138 and 38–47 for lateral line scales and branched analfin rays respectively), including specimens from the lower portions of the Rio Xingu. Until more specimens from the region become available for study, the cited specimens are tentatively assigned to Rhaphiodon vulpinus .
See above under Color in Alcohol for geographical variation in color patterns.
REMARKS: Rhaphiodon vulpinus was described on the basis of a single specimen collected by Spix and Martius in the rivers from Brazil (‘‘Brasiliae fluviis’’). The type locality of Rhaphiodon vulpinus was not located precisely. Papavero (1971; map following page 66) described the itinerary of the Spix and Martius collecting trip. Rhaphiodon vulpinus occurs in all portions of the Amazon basin where they collected. Within the Rio Paraná system they collected in a few tributaries of the upper Rio Parana´. Some specimens examined in the present study come from the Rio Paraná itself, and lower portions of a few of its tributaries. Therefore, its is possible that the holotype of Rhaphiodon vulpinus originated in the Rio Paraná basin. Kottelat (1988) commented on the status of the Spix and Martius specimens that Agassiz used as the basis for his descriptions and cited the specimen in the collection of the Musée d’Histoire Naturelle, Neuchâtel (MHNN 822) as the potential holotype. That specimen was examined in the present study ( fig. 28 View Fig ) and it is herein regarded as the holotype of Rhaphiodon vulpinus Agassiz, 1829 . The proportional depths at the pelvic and pectoralfin origins in this specimen lie slightly outside the range observed for all other specimens used as the basis for the morphometric characterization of this species (table 3). The differences may be preservation artifacts in this very old specimen.
The holotype of Hydropardus rapax Reinhardt, 1849 (ZMC 183), herein placed in the synonymy of Rhaphiodon vulpinus , was also examined ( fig. 29 View Fig ). The length of the dentary canine is relatively higher than the maximum value found in the remaining specimens of R. vulpinus in which this feature was measured (19.3 versus 12.1–17.9 of HL for R. vulpinus ). As mentioned in the description above, the dentary canine is larger relative to head length in larger specimens. Since the holotype of Hydropardus rapax is the largest examined specimen herein assigned to Rhaphiodon vulpinus , the higher value for the relative size of the dentary canine observed in the specimen may be a function of its larg er size. A few meristic features of Hydropardus rapax also lie outside the range presented by the remaining Rhaphiodon vulpinus specimens (table 3). The holotype of Hydropardus rapax has 121 lateral line scales, 27 scales around the caudal peduncle, and 37 branched analfin rays (versus 122–125; 30– 39, and 38—50, respectively, for Rhaphiodon vulpinus ). The holotype of Hydropardus rapax comes from Montevideo, Uruguay. Whether the specimen was actually collected in Montevideo or was shipped from there to Europe may be resolved after translation of the original description published in Danish. As already mentioned above under Geographic Variation, no meristic or morphometric differences were found among the samples examined that conform to any geographical pattern. Specifically, specimens from the Río Parana´/ Paraguay, and Uruguay basins do not show a tendency toward lower values for the meristic features mentioned above for Hydropardus rapax that could suggest that the latter would be distinct from Rhaphiodon vulpinus .
Rhaphiodon is the most widely distributed cynodontine genus in South America and also the least speciose. Hydrolycus and Cynodon do not occur south of the Amazon basin in the Río Parana´/ Paraguay and Río Uruguay basins. Four Hydrolycus species were recognized two of which were previously undescribed. Three Cynodon species were recognized two of which was previously undescribed. Only one species was recognized within Rhaphiodon . Widely distributed characiform species, that occur throughout the major river drainages in South America (i.e., Río Orinoco, Rio Amazonas, Río Parana´/ Paraguay and Río Uruguay basins) are not limited to cynodontines. Other examples include Curimatella dorsalis (Eigenmann and Eigenmann, 1889) , recently revised by Vari
(1992b), and Thoracocharax stellatus (Kner, 1859) , see Weitzman (1960: 220).
MATERIAL EXAMINED: 420 specimens (63, 68.9–623.0):
TYPE MATERIAL: MHNN 822 View Materials (1, 303.0) Brazil; holotype of Rhaphiodon vulpinus Agassiz, 1829 . ZMUC 183 View Materials (1, 623.0) Montevideo, Uruguay; holotype of Hydropardus rapax Reinhardt, 1851 .
NONTYPE MATERIAL: ARGENTINA. Buenos Aires : AMNH 12251 About AMNH (3, 163.0–215.0) Buenos Aires, Darsena Norte; BMNH 1881.7.2 :17 (1, 604.0) R. Plate (= Río de la Plata) ; CAS 113493 About CAS (1, 455.0) ; USNM 55574 About USNM (2, 128.7–184.0) Buenos Aires; NMW 68551 View Materials (2) La Plata; Santa Fé : MCZ 828 About MCZ (1, 252.0) ; NMW 57116 View Materials (2) Rosario; USNM 126662 About USNM (3, 170.0–181.0) Argentina; BOLIVIA. El Beni : AMNH 77450 About AMNH (1, 56.8) Río Mamore´, Puerto Siles; AMNH 77507 About AMNH (1, 168.0) Río Mamore´, ca. 15 km S Limoquije ; MNHN 1989 About MNHN 1466 (1, 293.0) Trinidad, Laguna Capital; BRAZIL. Amazonas: MCZ 21379 About MCZ (2, 319.0–366.0) Villa Bella, Rio Amazonas at Parintins and environs ; BMNH 1893.4.24 :30–31 (2, 317.0–350.0); MNHN 1909 About MNHN 0122 (1, 265.0) Manaus; USNM 307310 About USNM (2, 182.0–197.0) ; USNM 308672 About USNM (1, 188.0) ressaca at Ilha da Marchantaria ; USNM 308643 About USNM (1, 81.6) near Manaus, Camaleão, Ilha da Marchantaria ; MCZ 79141 About MCZ (1, 73.3) Lago Jacaretinga, near Manaus; MCZ 21383 About MCZ 2 (365.0–387.0) Paraná do Janauari; MCZ 21373 About MCZ (1, 321.0) Lago do Iranduba ; BMNH 1897.12.1 :181 (1, 147.4) Rio Jurua´; BMNH 1925.10.28 :121–124 (4, 350.0–379.0) Manacapuru; MZUSP 6537 View Materials (14, 215.0–264.0) , MCZ 21402 About MCZ (4, 35.6– 99.0) Lago Manacapuru; BMNH 1976.11.12 : 201–203 (3, 30.6–47.9); USNM 310941 About USNM (2, 202.0–266.0) muddy igarapé connecting Rio Solimões and a blackwater lake ca. 15 km W of Coari ; MZUSP 36093 View Materials (2, 291.0–327.0) Lago Pantaleão, mouth of Rio Japura´; MZUSP 36092 View Materials (1, 406.0) ressaca do Lago Urini, mouth of Rio Japura´; MZUSP 36101 View Materials (1, 470.0) Paraná do Castanho, Lago Amana˜, mouth of Rio Japura´; MZUSP 27339 View Materials (1, 296.0) mouth of Rio Japura´, Rio Solimões ; MCZ 21404 About MCZ (1, 158.0) Rio Iça´, near the BrazilianColombian border; MZUSP 23338 View Materials (1, 296.0) Rio Solimões , Fonte Boa ; MZUSP 23453 View Materials (1, 276.0) Rio Solimões , near Ilha Barurua´, above mouth of Jutaı´ ; MZUSP 23476 View Materials (1, 173.0) Rio Solimões, near Ilha Xibeco , above mouth of Jutaı´ ; MZUSP 24936 View Materials (2, 228.0–295.0) Rio Solimões , Lago Janauacá and surroundings ; MZUSP 24957 View Materials (6, 296.0–342.0) Lago Janauaca´, right margin of Rio Solimões ; MZUSP 26934 View Materials (1, 309.0) Lago Janauaca´, Manaus, and surroundings; MNHN 1994 About MNHN 0169 (3, 160.0– 189.0) Rio Solimões ; MZUSP 13498 View Materials and 13499 (2, 312.0–354.0) Rio Amazonas , Itacoatiara ; MZUSP 32813 View Materials (1, 330.0) Rio Negro, Anavilhanas, Lago do Prato ; MZUSP 6143 View Materials (3, 274.0–463.0) Rio Negro , above Manaus ; MZUSP 43317 View Materials (1, 394.0) Cantagalo, Rio Negro ; NMW 57092 View Materials (2) , NMW 57093 View Materials (5) ; NMW 57094 View Materials (1) mouth of Rio Negro ; MCZ 21410 About MCZ (3, 47.6–61.2) Rio Negro, Lago do Aleixo ; MZUSP 37873 View Materials (1, 182.0) Igarapé Beem, Humaita´; MZUSP 6970 View Materials (1, 216.0) Rio Madeira , 25 km below Nova Olinda ; MNHN 1909 About MNHN 0194 (1, 173.0) Tabatinga; MZUSP 23484 View Materials (2, 228.0–266.0) , Lago do Prego , in front of Santo Antônio do Iça´ ; MZUSP 23518 View Materials (1, 280.0) Santo Antônio do Iça´, mouth of Rio Iça´; MCZ 21390 About MCZ (3, 259.9–310.0) Rio Javari at the PeruvianBrazilian border ; MZUSP 24606 View Materials (1, 209.0) mouth of Rio Pacia´; MZUSP 6319 View Materials (1, 215.0) Lago Castro, mouth of Rio Purus ; MZUSP 6380 View Materials (2, 328.0–356.0) Rio Purus , Lago Beruri ; NMW 57115 View Materials (1) Rio Purus ; MCZ 21376 About MCZ (1, 310.0) Rio Solimões at Tefé and environs ; MZUSP 6097 View Materials (5, 300.0–389.0) Lago Puraquequara, Rio Puraquequara system ; MZUSP 7527 View Materials (1, 265.0) Paraná de Urucara´; Pará: CAS 71050 About CAS (2, 182.0–232.0) , CAS 79265 About CAS (1, 391.0) Rio Santarém ; MZUSP 23897 View Materials (1, 279.0) Rio Capim , near Badajós ; MZUSP 23932 View Materials (6, 285.0–346.0) Rio Capim , Vila Santana ; CAS 71051 About CAS (1, 221.0 mm SL) Rio Tapajós (into Rio Amazonas ) at Santarém ; CAS 79268 About CAS (1, 371.0) market at Santarém; MNHN 1909 About MNHN 0075 (1, 176.0) Santarém; MZUSP 24237 View Materials (3, 324.0– 363.0) Rio Tapajós, Ilha Tapiúna ; MZUSP 24247 View Materials (1, 363.0) Rio Tapajós , Aveiro ; MZUSP 24314 View Materials (1, 384.0) Rio Tapajós, lake at Ilha do Campinho ; MZUSP 24330 View Materials (3, 319.0–410.0) Rio Tapajós , Barreirinha ; MZUSP 32819 View Materials (12, 306.0–393.0) Rio Tapajós , between Itaituba and São Luı´s ; MZUSP 25299 View Materials ( 1, 444.0 right margin of Rio Tapajós , in front of National Park headquarters ; MZUSP 25560 View Materials (1, 418.0) São Raimundo, left margin of Rio Tapajós , ca. km 51 of highway BR 230 ; MZUSP 25567 View Materials (1, 370.0) left margin of Rio Tapajós , between National Park headquarters (km 67) and Ramal Santa (km 64) ; MZUSP 5628 View Materials (4, 308.0–351.0) Lago Paru, Oriximina´; MZUSP 5677 View Materials (1, 321.0) Rio Trombetas , mouth of Lago Paru ; MZUSP 5414 View Materials (2, 252.0–256.0) ; MZUSP 8258 View Materials (1, 247.0) Rio Trombetas , Oriximina´ ; MZUSP 9429 View Materials (1, 332.0) mouth of Cumina´– Miri, near Oriximina´; MZUSP 32810 View Materials (8, 258.0–354.0) Rio Trombetas , Cumina´ ; MZUSP 32811 View Materials (17, 267.0–393.0) Rio Trombetas , 20 km above mouth ; MZUSP 15769 View Materials (1, 442.0) Rio Trombetas, igapó at Lago do Farias, Reserva Biológica de Trombetas ; MCZ 21384 About MCZ (1, 300.0) , MCZ 21385 About MCZ (1, 300.0) Rio Tocantins, Cameta´; MZUSP 24077 View Materials (6, 169.0–203.0) Rio Tocantins, lake at the margins of Igarapé Espírito Santo between Baião and Tucuruı´; MZUSP 24175 View Materials (2, 229.0–231.0) Rio Tocantins, Laguinho, near Tucuruı´; MCZ 821 About MCZ (1, 358.0) , MCZ 21399– 21400 About MCZ (3, 269.0–293.0) Belém and environs; MZUSP 24014 View Materials (2, 255.0–336.0) Paraná Samaúma, mouth of Rio Tocantins; MZUSP 32820 View Materials (1, 327.0) Rio Itacaiúnas , Serra dos Carajás, Igarapé guas Claras ; MZUSP 32821 View Materials (14, 281.0–396.0) Rio Itacaiúnas , Caldeirão ; AMNH 3937 About AMNH (2, 274.0–282.0) , CAS 122083 About CAS (4, 266.0–285.0) , NMW 57103 View Materials (1) , NMW 57104 View Materials (3, 259.0–294.0 mm SL) , NMW 57105 View Materials (5) Para´; MZUSP 3550 View Materials (3, 313.0– 328.0) , CAS 79267 About CAS (1, 320.0) Belém; UMMZ 203388 View Materials (2, 240.0–263.0) market in Belém; CAS 158801 About CAS (1, 46.6) Lago Grande, into Rio Amazonas ; MZUSP 23987 View Materials (5, 238.0–280.0) Igarapé Sororoca, Furo de Panaquera ; MZUSP 24005 View Materials (1, 282.0) Igarapé Coelho; MZUSP 31501 View Materials (1, 299.0) , MZUSP 32809 View Materials (40, 285.0–437.0) Rio Xingu , Belo Monte ; MCZ 21397 About MCZ (2, 432.0–435.0) Rio Xingu , cascade region; Roraima : MZUSP 32816 View Materials (1, 415.0) Rio Branco , Marara´ ; MZUSP 32817 View Materials (1, 363.0) Rio Branco, between its mouth and Rio Xeriuni ; MZUSP 32818 View Materials (2, 361.0–366.0) Rio Branco, Cachoeira do BemQuerer ; Maranhão : CAS 149264 About CAS (1) Lagem Marsal Brook, into Rio Tocantins at Carolina; CAS 71047 About CAS (1, 73.7) , MA, represa (= dammed up) Lagem Marsal brook into Rio Tocantins; Goiá s: MZUSP 40672 View Materials (4, 347.0–425.0) ; MZUSP 40864 View Materials (6, 342.0–405.0 mm SL) Rio Parana ˜, above mouth of Rio Bezerra , Monte Alegre de Goiás ; MZUSP 40775 View Materials (1, 370.0) Rio Parana ˜, below mouth of Rio São Domingos, Nova Roma ; MZUSP 40898 View Materials (2, 332.0–375.0) Rio Parana ˜, above mouth of Rio São Domingos, Fazenda Barra, São Domingos; Rondônia : MZUSP 32806 View Materials (4, 329.0–378.0) ; MZUSP 32807 View Materials (9, 196.0–403.0) Rio Madeira , Calama ; MZUSP 32812 View Materials (2, 194.0–363.0) Rio Madeira, Cachoeira do Teotônio ; MZUSP 13897 View Materials and 13898 (2, 302.0–358.0) Rio Machado, Lago do Paraíso ; Mato Grosso do Sul : MZUSP 43923 View Materials (1, 341.0) Rio Parana´, Rio Samambaia , municipality of Taquarucu ; MZUSP 22622 View Materials (7, 295.0–332.0) ; MZUSP 22515 View Materials (13, 284.0–350.0) Rio Parana´, in front of Jupia´; Mato Grosso: MZUSP 22812 View Materials (1, 171.0) Rio Araguaia , Santa Terezinha ; MZUSP 32808 View Materials (3, 597.0–600.0) Rio Xingu, confluence Rios Culuene and Sete de Setembro ; São Paulo : MZUSP 23201 View Materials (2, 152.0– 225.0) left margin of Rio Parana´, Jupiá dam; MZUSP 24386 View Materials (1, 446.0) Rio Tieteˆ, Penápolis; Paraná: MZUSP 13225–13226 View Materials (2) Rio Parana´, Porto Mendes; MZUSP 13227– 13231 View Materials (5) ; MZUSP 14699–14703 View Materials (5) PR, Rio Parana´, Porto Verde; MZUSP 21631 View Materials (1, 417.0) Rio Parana´, Guaíra, above Sete Quedas; MZUSP 43389 View Materials (1, 351.0) Rio Parana´, Itaipu Dam, Município of Foz do Iguaçu ; MZUSP 43917 View Materials (1, 342.0) , MZUSP 43918 View Materials (3, 382.0–401.0) Rio Parana´, Município of Porto Rico ; MZUSP 3121 View Materials (3, 242.0–326.0) Amazonas and Para´; MNHN 4493 About MNHN (1) Brazil; MNHN 1909 About MNHN 0318 (1, 252.0) Brazil; CAS 71052 About CAS (1, 248.0) South America ; CAS 78305 About CAS (1, 148.0) aquarium specimen (died at the Steinhart Aquarium, San Francisco). ECUADOR. Napo : FMNH 103392 About FMNH (1, 299.0) outflow of Laguna Jatuncocha; FMNH 104997 About FMNH (2, 420.0) Río Payamino , 14.1 km upstream from mouth in Rio Napo ; FMNH 104998 About FMNH (1, 332.0) Rio Tiputini , near mouth in Rio Napo ; MCZ 52354 About MCZ (1, 318.0) Río Payamino and small tributary ca. 5–6 km upriver from the mouth, into Río Coca ; GUYANA . BMNH 1972.7.27 : 51 (1, 401.0) Rupununi River ; CAS 16071 About CAS * (mixed lot) (6) , Guyana, Menari Ranch, near Lathan (Lethem?), border with Brazil. PARAGUAY. BMNH 1935 6.4 : 34–39 (6, 80.0–264.0) W Asunción; BMNH 1935 6.4 :40 (1, 68.9) Asunción bay; CAS 18238 About CAS (1, 183.0 mm SL) , Río Paraguay, Asunción; USNM 181596 About USNM (1, 134.3) Río Paraguay, Asunción Bay, near Asunción; UMMZ 208059 View Materials (1, 460.0) , Pettirossi fish market (= Mercado Quatro) in Asunción (from ‘‘San Antonio’’); UMMZ 216640 View Materials (1, 196.0) Río Paraguay, Villeta between ‘‘el muelle y la barreria’’; NMW 57117 View Materials (1) ; USNM 55667 About USNM (1) Paraguay. URUGUAY . NMW 57114 View Materials (2) Uruguay. VENEZUELA. Delta Amacuro : CAS 50806 About CAS (1, 175.0) Río Orinoco , between Puerto Ordez and Ciudad Bolivar ; USNM 222870 About USNM (1) Río Orinoco, first small caño on W side of Caño Paloma , 100 m above its mouth, 92 nautical miles upstream sea buoy ; USNM 222871 About USNM (10, 246.0–279.0) , USNM 233619 About USNM (1, 253.0) , USNM 233930 About USNM (1, 340.0) Río Orinoco , inlet near Punta Cabrian, 150 nautical miles upstream from sea buoy ; USNM 222880 About USNM (1, 265.0) Río Orinoco , N shore near San Felix, 176 nautical miles upstream from sea buoy ; UMMZ 211306 View Materials (2, 145.0–249.0) lagoon of Río Orinoco , 201 nautical miles from sea buoy Amazonas : FMNH 103650 About FMNH (1, 434.0) pool behind beach of Río Ventuari on S side of river ca. 5 hr. (ca. 12 km) above mouth in Río Orinoco Laguna Pavon ; FMNH 103651 About FMNH (1, 384.0) Rio Ventuari at beach and small backwater ca. 5 hr. above mouth ; ANSP 161180 About ANSP (1, 345.0) caño crossing Puerto AyacuchoEl Burro hwy. Apure: ANSP 165773 About ANSP (1, 380.0) Río Capanaparo, backwater lagoon (mouth of Caño Las Varitas) near San Fernado de ApurePuerto Haez hwy; Monagas : AMNH 47956 About AMNH (1, 176.0) shore of Río Orinoco, Buoy 142 nautical miles downstream from Barrancas , north side Isla Varader inlet ; USNM 222863 About USNM (1, 227.0) Río Orinoco , small caño near mouth of Caño Guarguapo, 146 nautical miles upstream from sea buoy ; MNHN 1898 About MNHN 0024 (1, 256.0) Venezuela; PERU. Loreto : CAS 134788 About CAS (1, 76.5) Río Ampiyacu ; CAS 134789 About CAS (1, 130.0) Río Ampiyacu , near Pebas ; CAS 15726 About CAS (2, 207.0– 282.0) ; CAS 15727 About CAS (1, 264.0) Río Pacaya , at the mouth, Bretana ; CAS 79270 About CAS (2, 263.0– 273.0) Río Pacaya (upstream) small, sluggish, brown lowland river, arising in lomas of Eastern Cordillera ; into Río Ucayali at Bretana , MZUSP 15219 View Materials (3, 101.0–125.0) Caño Moema, Rı´o Amazonas; MZUSP 26447 View Materials (1, 32.0) Supaycocha, Jenaro Herrera; CAS 79266 About CAS (1, 410.0) Lago Cashiboya, a cutoff of Río Ucayali (connected to river by a channel), above Contamana; MZUSP 26729 View Materials (1, 210.0) Río Ucayali, Pucallpa; USNM 280454 About USNM (1, 297.0) main channel and side pools of Río Ucayali, approximately 10 km upstream of Pucallpa; Amazonas: UMMZ 216909 View Materials (1, 287.0) Amazonas.
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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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Rhaphiodon vulpinus Agassiz, 1829
TOLEDO-PIZA, MÔNICA 2000 |
Hydropardus rapax
Reinhardt 1849: 46 - 57 |
Cynodon vupinus
Cuvier 1829 |