- Apr 22, 07:36 (Cyprinidae) (changes)
Iucn_category changed to [DD] from [NE].
Sl changed to [193] from [0].
Distribution changed to [Asia: Laos, Viet Nam, China.] from []. - Apr 22, 07:36 (Cyprinidae) (changes)
Desc_by changed to [Peters] from [].
Year changed to [1881] from [0].
Original_desc changed to [n] from [].
Type_locality changed to [Hong Kong, China.] from [].
Literature changed to [Monatsberichte der Königlichen Preussischen Akademie der Wissenschaften zu Berlin 1880, pp 1034, Unnumbered plate fig. 5.] from [].
Sl changed to [265] from [0].
Distribution changed to [Asia: Reported from the Chao Phraya and Mekong basins and Annam, Nam Ma basin, Red River and Nanpangjiang basins.] from []. - Apr 22, 07:35 (Cyprinidae) (changes)
Desc_by changed to [Lin] from [].
Year changed to [1931] from [0].
Original_desc changed to [n] from [].
Type_locality changed to [Yaoshan, Kwangsi and southern Hunan, China.] from [].
Literature changed to [Carps and carp-like fishes, pp 113.] from [].
Distribution changed to [Asia: China.] from []. - Apr 22, 07:32 Astyanax goyacensis (Acestrorhamphidae) (changes)
Distribution changed to [South America: Goiás, Brazil (?).] from [South America: Goiás, Brazil (?).]. - Apr 20, 01:46 (Loricariidae)
- Apr 17, 04:44 (Loricariidae)
- Apr 17, 04:41 (Callichthyidae) (changes)
Sl changed to [50] from [60].
Male_sl changed to [0] from [55].
Distribution changed to [South America: Upper Amazon River basin.] from [South America: East Bolivia]. - Apr 12, 00:34 Imparfinis longicauda (Heptapteridae) (changes)Desc_by changed to "Boulenger" from "".
Year changed to "1887" from "0".
Original_desc changed to "n" from "".
Type_locality changed to "Canelos, eastern Ecuador." from "".
Literature changed to "Proceedings of the Zoological Society of London 1887 (pt 2) (art. 2) (for 1 Mar. 1887), pp 275, Pl. 20 (fig. 2)." from "". - Apr 12, 00:34 Imparfinis lineatus (Heptapteridae) (changes)Desc_by changed to "Bussing" from "".
Year changed to "1970" from "0".
Original_desc changed to "n" from "".
Type_locality changed to "Quebrada 36, 12 kilometers west of Pueblo River Claro at Interamerican Highway, Puntarenas Province, Costa Rica, elevation 80 meters." from "".
Literature changed to "Contributions in Science (Los Angeles) No. 196, pp 1, Fig. 1." from "". - Apr 12, 00:34 Imparfinis hasemani (Heptapteridae) (changes)Desc_by changed to "Steindachner" from "".
Year changed to "1915" from "0".
Original_desc changed to "y" from "".
Type_locality changed to "Rio Surumú near Serra do Mello; Rio Branco at Bem Querer; Rio Tapajos near Santarém, Pará State, Brazil." from "".
Literature changed to "Denkschriften der Kaiserlichen Akademie der Wissenschaften in Wien, Mathematisch-Naturwissenschaftliche Klasse. v. 93, pp 59 [45], Figs. 1-3." from "". - Apr 12, 00:33 (Loricariidae) (changes)Desc_by changed to "Lujan & Armbruster" from "Lujan & Armbruster".
Original_desc changed to "n" from "y".
Type_locality changed to "Soromoni Creek, cobble and gravel shoal approximately 30 minutes by boat from the mouth and 11.8 km east of La Esmeralda, 3°11'37''N, 65°39'07''W, Amazonas State, Venezuela." from "Soromoni Creek, cobble and gravel shoal approximately 30 minutes by boat from the mouth and 11.8 km east of La Esmeralda, 3°11'37''N, 65°39'07''W, Amazonas State, Venezuela.".
Etymology changed to "The species epithet stearleyi is a patronym honoring Ralph Stearley, Professor of Geology at Calvin College since 1992, whose patient introductory tutelage in fish osteology set the first author on his career." from "The species epithet stearleyi is a patronym honoring Ralph Stearley, Professor of Geology at Calvin College since 1992, whose patient introductory tutelage in fish osteology set the first author on his career.".
Compatibility changed to "Other loricariids collected in Soromoni Creek with Soromonichthys were Ancistrus sp., Dekeyseria niveata, Exastilithoxus sp., and Rineloricaria formosa." from "Other loricariids collected in Soromoni Creek with Soromonichthys were Ancistrus sp., Dekeyseria niveata, Exastilithoxus sp., and Rineloricaria formosa.". - Apr 10, 00:47 (Doradidae) (changes)
Sl changed to [130] from [135].
Distribution changed to [South America: Amazon River basin.] from [Amazon River basin: Bolivia, Brazil, Colombia and Peru.]. - Apr 10, 00:36 (Heptapteridae) (changes)
Sl changed to [106] from [0].
Distribution changed to [South America: Uruguay River basin, and coastal river drainages from Tubarão River in Santa Catarina to coastal lagoons of Rio Grande do Sul, Brazil.] from []. - Apr 10, 00:34 (Auchenipteridae) (changes)
Original_desc changed to [y] from [-].
Identification changed to [] from [Unknown. Despite the label on the picture, this specimen can not be A. nuchalis for it has pigmented pelvic fins, whereas A. nuchalis should have transparent pelvic fins(*). Auchenipterus being a difficult genus, the correct species has yet to be found, hence the temporary name sp. (1). Source: Ferraris & Vari, 1998]. - Apr 10, 00:05 (Heptapteridae) (changes)
Sl changed to [125] from [0].
Distribution changed to [South America: Ucayali River basin, Peru.] from []. - Apr 08, 06:28 (Auchenipteridae) (changes)
Sl changed to [120] from [0].
Distribution changed to [South America: Middle and upper Amazon River basin.] from []. - Apr 08, 05:20 (Doradidae) (changes)
Type_locality changed to [Rio Branco, Rio Guaporé.] from [Rio Branco, Rio Guapore.].
Literature changed to [Sitzungsberichte der Kaiserlichen Akademie der Wissenschaften. Mathematisch-Naturwissenschaftliche Classe v. 17, pp 121 [32], Pl. 2 (fig. 1).] from [Sitzungsberichte der Kaiserlichen Akademie der Wissenschaften. Mathematisch-Naturwissenschaftliche Classe v. 17]. - Apr 08, 05:17 (Doradidae) (changes)
Type_locality changed to [Río Beni, upper Amazon River, Bolivia.] from [Río Beni, upper Amazon River, Bolivia.]. - Apr 08, 04:59 (Doradidae) (changes)
Original_desc changed to [y] from [n]. - Apr 07, 05:08 (Callichthyidae) (changes)
Type_locality changed to [Brazil. Mato Grosso, upper Tapajos drainage.] from []. - Apr 07, 04:38 (Callichthyidae)
- Apr 07, 02:35 (Callichthyidae)
- Apr 07, 02:06 (Mochokidae) (changes)
Sl changed to [102] from [130].
Distribution changed to [Africa: Lake Tanganyika.] from [Northern Lake Tanganyika, DRC, Africa]. - Apr 04, 09:54 Imparfinis arceae (Heptapteridae) New Species
- Apr 04, 05:31 (Pimelodidae) (changes)
Sl changed to [570] from [500]. - Apr 01, 14:43 Exostoma microadiposa (Sisoridae) New Species
- Mar 30, 05:44 (Sisoridae) (changes)Desc_by changed to "Vijayakrishnan & Shinde" from "Vijayakrishnan & Shinde".
Type_loc_notes changed to "Glyptothorax himalaicus was collected from a shallow, fast-flowing stream with a predominantly sandy bottom with cobblestone and pebbles as substrates. Co-occurring fishes include Glyptothorax bhurainu, Garra sp., Botia almorhae, Labeo sp., and Tariqilabeo latius." from "Glyptothorax himalaicus was collected from a shallow, fast-flowing stream with a predominantly sandy bottom with cobblestone and pebbles as substrates. Co-occurring fishes include Glyptothorax bhurainu, Garra sp., Botia almorhae, Labeo sp., and Tariqilabeo latius.".
Genus_identification changed to "Sisorid catfishes of the genus Glyptothorax Blyth are benthic inhabitants of torrential waters of rivers and streams in montane and submontane parts of tropical Asia. The members of the genus are adapted to attach themselves to rocks and boulders against strong currents by means of a thoracic adhesive apparatus comprising grooves and folded pleats of skin parallel or oblique to the longitudinal axis of the body. The genus has a wide distribution, ranging from Turkey and Syria in the west, to India and China in the east, and extending further southeastward to Indonesia. With 84 nominal species, Glyptothorax are the most speciose genus of catfishes in Asia (Eschmeyer et al., 1998, Ng, 2005); 67 species were treated as valid by Thomson & Page (2006)." from "Sisorid catfishes of the genus Glyptothorax Blyth are benthic inhabitants of torrential waters of rivers and streams in montane and submontane parts of tropical Asia. The members of the genus are adapted to attach themselves to rocks and boulders against strong currents by means of a thoracic adhesive apparatus comprising grooves and folded pleats of skin parallel or oblique to the longitudinal axis of the body. The genus has a wide distribution, ranging from Turkey and Syria in the west, to India and China in the east, and extending further southeastward to Indonesia. With 84 nominal species, Glyptothorax are the most speciose genus of catfishes in Asia (Eschmeyer et al., 1998, Ng, 2005); 67 species were treated as valid by Thomson & Page (2006).". - Mar 30, 05:42 (Sisoridae) (changes)Desc_by changed to "Vijayakrishnan & Shinde" from "".
Year changed to "2025" from "0".
Original_desc changed to "y" from "".
Type_locality changed to "India: Uttarakhand: Ganges River at Haridwar." from "".
Type_loc_notes changed to "Glyptothorax bhurainu was collected from a shallow, fast-flowing stream with a predominantly sandy bottom with cobblestone and pebbles as major substrates . Co-occurring fishes include Glyptothorax himalaicus, Garra sp., Botia almorhae, Labeo sp., and Tariqilabeo latius." from "".
Pronunciation changed to "bhoo rain oo." from "".
Etymology changed to "The specific name comes from the Garhwali word ‘bhurainu’ meaning the one who is brown, in allusion to the live colouration of this species. Garhwali is the primary language in the Garhwal region of Uttarakhand State, India, where the type locality is located." from "".
Genus_identification changed to "Sisorid catfishes of the genus Glyptothorax Blyth are benthic inhabitants of torrential waters of rivers and streams in montane and submontane parts of tropical Asia. The members of the genus are adapted to attach themselves to rocks and boulders against strong currents by means of a thoracic adhesive apparatus comprising grooves and folded pleats of skin parallel or oblique to the longitudinal axis of the body. The genus has a wide distribution, ranging from Turkey and Syria in the west, to India and China in the east, and extending further southeastward to Indonesia. With 84 nominal species, Glyptothorax are the most speciose genus of catfishes in Asia (Eschmeyer et al., 1998, Ng, 2005); 67 species were treated as valid by Thomson & Page (2006)." from "Sisorid catfishes of the genus Glyptothorax Blyth are benthic inhabitants of torrential waters of rivers and streams in montane and submontane parts of tropical Asia. The members of the genus are adapted to attach themselves to rocks and boulders against strong currents by means of a thoracic adhesive apparatus comprising grooves and folded pleats of skin parallel or oblique to the longitudinal axis of the body. The genus has a wide distribution, ranging from Turkey and Syria in the west, to India and China in the east, and extending further southeastward to Indonesia. With 84 nominal species, Glyptothorax are the most speciose genus of catfishes in Asia (Eschmeyer et al., 1998, Ng, 2005); 67 species were treated as valid by Thomson & Page (2006).".
Distribution changed to "This species is currently known from the upper reaches of the Ganges River basin in northern India." from "". - Mar 30, 05:41 (Loricariidae) (changes)Desc_by changed to "Araújo, Ferreira, Monteiro, & Wosiacki" from "Araújo, Ferreira, Monteiro, & Wosiacki".
Year changed to "2024" from "2025".
Type_locality changed to "Região do Caju Amigo, almost in front of São João do Araguaia city, Rio Tocantins, Bom Jesus do Tocantins, Pará State, Brazil, 5°20'27"S, 48°47'18.3"W." from "Região do Caju Amigo, almost in front of São João do Araguaia city, Rio Tocantins, Bom Jesus do Tocantins, Pará State, Brazil, 5°20'27"S, 48°47'18.3"W.".
Genus_etymology changed to "A contraction of the Greek hypo (meaning less than) and ancistrus, an allusion to the reduced number of teeth (particularly in the lower jaw) found in this genus." from "A contraction of the Greek hypo (meaning less than) and ancistrus, an allusion to the reduced number of teeth (particularly in the lower jaw) found in this genus.".
Etymology changed to "parkateje, a noun in apposition in honor of the Parkatêjê traditional Indigenous community near the sampling site where the holotype was collected (Bom Jesus do Tocantins, Pará, Brazil)." from "parkateje, a noun in apposition in honor of the Parkatêjê traditional Indigenous community near the sampling site where the holotype was collected (Bom Jesus do Tocantins, Pará, Brazil).".
Identification changed to "H. parkateje has a yellow-tan base color covered by a dark banding pattern on the lateral and dorsal surfaces; the width of dark bands is equal to or slightly wider than the intervening areas of yellow-tan base color. The snout is covered by a dark E-shaped oblique mark, and a thin light bar is present on posterior of head, extending across branchial opening. Dark vertical vermicular bars cover the lateral and dorsal body from pectoral-fin base to caudal peduncle; four dark bars in caudal fin. Ventral surface is pale or white from oral disk to urogenital opening. The species is known for possessing enlarged cheek odontodes reaching beyond the cleithrum and contacting mid-lateral plate rows (vs. odontodes being diminutive or not exceeding the base of the pectoral-fin spine)." from "H. parkateje has a yellow-tan base color covered by a dark banding pattern on the lateral and dorsal surfaces; the width of dark bands is equal to or slightly wider than the intervening areas of yellow-tan base color. The snout is covered by a dark E-shaped oblique mark, and a thin light bar is present on posterior of head, extending across branchial opening. Dark vertical vermicular bars cover the lateral and dorsal body from pectoral-fin base to caudal peduncle; four dark bars in caudal fin. Ventral surface is pale or white from oral disk to urogenital opening. The species is known for possessing enlarged cheek odontodes reaching beyond the cleithrum and contacting mid-lateral plate rows (vs. odontodes being diminutive or not exceeding the base of the pectoral-fin spine).".
General changed to "H. parkateje is similar to Peckoltia sp. L080 and is sometimes collected together with it." from "H. parkateje is similar to Peckoltia sp. L080 and is sometimes collected together with it.".
Water changed to "H. parkateje is found in areas of river rapids with moderate water flow over a rocky substrate." from "H. parkateje is found in areas of river rapids with moderate water flow over a rocky substrate.".
Genus_feeding changed to "Unlike the popular opinion of many other loricariids, Hypancistrus are more carnivores than algae eaters. This is backed up by a small and lightly toothed mouth that indicates they are poor algae scrapers. Provide small and frequent supply of mainly meaty foods such as dry discus food, bloodworm and even brineshrimp with the infrequent offering of flake or algae tablets." from "Unlike the popular opinion of many other loricariids, Hypancistrus are more carnivores than algae eaters. This is backed up by a small and lightly toothed mouth that indicates they are poor algae scrapers. Provide small and frequent supply of mainly meaty foods such as dry discus food, bloodworm and even brineshrimp with the infrequent offering of flake or algae tablets.".
Genus_tankmates changed to "Small tetras and other similar small fish. Also Corydoras. Care has to be taken to ensure that they get enough food, as they can be a bit shy and slow to grab food when available." from "Small tetras and other similar small fish. Also Corydoras. Care has to be taken to ensure that they get enough food, as they can be a bit shy and slow to grab food when available.".
Genus_breeding changed to "All Hypancistrus are closed cave spawners. Males trap females in the cave, eggs are laid and fertilised after which the male guards them until the fry are free swimming." from "All Hypancistrus are closed cave spawners. Males trap females in the cave, eggs are laid and fertilised after which the male guards them until the fry are free swimming.". - Mar 24, 00:52 (Loricariidae) (changes)
Distribution changed to [South America: Lower and middle Amazon basin, including Negro and Branco rivers.] from [Lower and middle Amazon River basin, including Negro and Branco rivers, Brazil.]. - Mar 24, 00:45 (Loricariidae) (changes)
Sl changed to [260] from [230]. - Mar 22, 06:51 Imparfinis mishky (Heptapteridae) (changes)Desc_by changed to "Almirón, Casciotta, Bechara, Ruíz Díaz, Bruno" from "Almirón, Casciotta, Bechara, Ruíz Díaz, Bruno, d".
Type_locality changed to "Esteros del Iberá, río Corriente, Capitá Miní, 28°53'15.3"S, 58°22'02.7"W, Río Paraná basin, Argentina." from "Esteros del Iberá, río Corriente, Capitá Miní, 28°53'15.3"S, 58°22'02.7"W, Río Paraná basin, Argentina.". - Mar 22, 06:50 Glyptothorax chakpiensis (Sisoridae) (changes)Desc_by changed to "Shangningam & Kosygin" from "Shangningam and Kosygin".
Year changed to "2025" from "2024".
Type_locality changed to "Dujang stream, Chakpi River drainage, headwaters of Chindwin River basin, Chandel District, Manipur, India, 24°08'N, 94°00'E." from "India: Manipur: Chandel district: Chakpi River, headwaters of Chindwin drainage.".
Type_loc_lat changed to "24.133333333333" from "0".
Type_loc_long changed to "94" from "0".
Literature changed to "Records of the Zoological Survey of India v. 124 (no. 3) [for 2024], pp 230, Figs. 1-2." from "Rec. zool. Surv. India: Vol. 124(3)/229-237, 2024.".
Genus_identification changed to "Sisorid catfishes of the genus Glyptothorax Blyth are benthic inhabitants of torrential waters of rivers and streams in montane and submontane parts of tropical Asia. The members of the genus are adapted to attach themselves to rocks and boulders against strong currents by means of a thoracic adhesive apparatus comprising grooves and folded pleats of skin parallel or oblique to the longitudinal axis of the body. The genus has a wide distribution, ranging from Turkey and Syria in the west, to India and China in the east, and extending further southeastward to Indonesia. With 84 nominal species, Glyptothorax are the most speciose genus of catfishes in Asia (Eschmeyer et al., 1998, Ng, 2005); 67 species were treated as valid by Thomson & Page (2006)." from "Sisorid catfishes of the genus Glyptothorax Blyth are benthic inhabitants of torrential waters of rivers and streams in montane and submontane parts of tropical Asia. The members of the genus are adapted to attach themselves to rocks and boulders against strong currents by means of a thoracic adhesive apparatus comprising grooves and folded pleats of skin parallel or oblique to the longitudinal axis of the body. The genus has a wide distribution, ranging from Turkey and Syria in the west, to India and China in the east, and extending further southeastward to Indonesia. With 84 nominal species, Glyptothorax are the most speciose genus of catfishes in Asia (Eschmeyer et al., 1998, Ng, 2005); 67 species were treated as valid by Thomson & Page (2006).". - Mar 22, 06:50 Parotocinclus jequi (Loricariidae) (changes)Desc_by changed to "Lehmann A., Koech Braun, Pereira & Reis" from "Lehmann A., Koech Braun, Pereira & Reis".
Type_locality changed to "Minas Gerais, Serro, headwater creek of the Rio Jequitinhonha at Cachoeira do Moinho de Esteira, on road BR-259 from Serro to Pedro Lessa, 18°34'21"S, 43°29'35"W, Brazil." from "Minas Gerais, Serro, headwater creek of the Rio Jequitinhonha at Cachoeira do Moinho de Esteira, on road BR-259 from Serro to Pedro Lessa, 18°34'21"S, 43°29'35"W, Brazil.".
Type_loc_lat changed to "-18.5725" from "24.25".
Type_loc_long changed to "-43.493055555556" from "94.25".
Genus_etymology changed to "Parotocinclus: Greek, para in the side of + greek, ous, otis = ear + Greek, kygklos, ou = a fish." from "Parotocinclus: Greek, para in the side of + greek, ous, otis = ear + Greek, kygklos, ou = a fish.".
Literature changed to "Copeia 2013 (no. 3), pp 435, Figs. 1-2." from "Copeia 2013, No. 3, 435–440.".
Genus_identification changed to "The genus Parotocinclus can readily be distinguished from Otocinclus by the presence of an adipose fin in the former." from "The genus Parotocinclus can readily be distinguished from Otocinclus by the presence of an adipose fin in the former.". - Mar 22, 05:11 (Cyprinidae) (changes)
Desc_by changed to [Regan] from [].
Year changed to [1904] from [0].
Original_desc changed to [n] from [].
Type_locality changed to [Sea of Tien [Tien Chih], Yunnan Fu, China, elevation 6000 feet.] from [].
Literature changed to [Annals and Magazine of Natural History (Series 7) v. 13 (no. 75) (art. 20), pp 191.] from [].
Sl changed to [200] from [0].
Distribution changed to [Asia.] from []. - Mar 22, 05:10 Eigenmannia microstoma (Sternopygidae)
- Mar 22, 05:10 Pethia ambassis (Cyprinidae) (changes)
Literature changed to [Proceedings of the Zoological Society of London 1868 (pt 3) (art. 5), pp 583.] from [Proceedings of the Zoological Society of London 1868 (pt 3), pp 583.]. - Mar 22, 04:57 (Nemacheilidae) (changes)Desc_by changed to "Lalronunga, Lalnuntluanga & Lalramliana" from "Lalronunga, Lalnuntluanga & Lalramliana".
Original_desc changed to "n" from "y".
Type_locality changed to "Mizoram, Pharsih River, a tributary of Tuivai River (Barak drainage) in the vicinity of Kawlbem, Champhai District, 23°51'58''N, 93°17'20''E, India." from "Mizoram, Pharsih River, a tributary of Tuivai River (Barak drainage) in the vicinity of Kawlbem, Champhai District, 23°51'58''N, 93°17'20''E, India.". - Mar 22, 04:57 Propimelodus caesius (Pimelodidae) (changes)Desc_by changed to "Parisi, Lundberg & DoNascimiento" from "".
Year changed to "2006" from "0".
Original_desc changed to "y" from "".
Type_locality changed to "Rio Amazonas above Rio Trombetas, 20 kilometers above Obidos 1°56'07.3"S, 55°41'18.5"W, Pará State, Brazil, depth 4-7 meters." from "".
Type_loc_lat changed to "-1.9353611111111" from "0".
Type_loc_long changed to "-55.688472222222" from "0".
Literature changed to "Proceedings of the Academy of Natural Sciences of Philadelphia v. 155, pp 68, Figs. 1, 2, 4A, 5A, 6A-c, 7A." from "". - Mar 22, 04:57 (Loricariidae) (changes)Desc_by changed to "Lujan, Armbruster & Sabaj Pérez" from "Lujan, Armbruster & Sabaj Pérez".
Original_desc changed to "n" from "y".
Type_locality changed to "Río Casiquiare, 73 kilometers northeast of San Carlos de Río Negro, 2°21'09"N, 66°34'31"W, Amazonas, Venezuela." from "Río Casiquiare, 73 kilometers northeast of San Carlos de Río Negro, 2°21'09"N, 66°34'31"W, Amazonas, Venezuela.". - Mar 22, 04:56 (Loricariidae) (changes)Original_desc changed to "n" from "y".
Identification changed to "Pseudancistrus sidereus is diagnosed by a unique modification of the ventral plates on the caudal peduncle. In loricariids, the plates of the ventral row on the caudal peduncle are typically bent at an approximately 90° angle to follow the contour of the body. The bend is often the site of a slight keel formed from one or more rows of slightly longer odontodes. In P. sidereus, the keel is accentuated by having the dorsal laminae of the plates strongly concave. Although some loricariids may have the dorsal laminae slightly concave, it is much more pronounced in P. sidereus." from "Pseudancistrus sidereus is diagnosed by a unique modification of the ventral plates on the caudal peduncle. In loricariids, the plates of the ventral row on the caudal peduncle are typically bent at an approximately 90° angle to follow the contour of the body. The bend is often the site of a slight keel formed from one or more rows of slightly longer odontodes. In P. sidereus, the keel is accentuated by having the dorsal laminae of the plates strongly concave. Although some loricariids may have the dorsal laminae slightly concave, it is much more pronounced in P. sidereus.". - Mar 22, 04:56 Glyptothorax hymavatiae (Sisoridae) (changes)Desc_by changed to "Tenali, Adak, Chandran, Singh, Sarkar & Banerjee" from "".
Year changed to "2025" from "0".
Original_desc changed to "y" from "".
Type_locality changed to "Doimukh stream, a small tributary of Kameng River, Brahmaputra River basin, West Kameng district, Arunachal Pradesh, India, 24°79'74"N, 95°35'23"E." from "".
Literature changed to "Records of the Zoological Survey of India v. 124 (Special Issue 1) [for 2024], pp 2, Figs. 1-3." from "".
Genus_identification changed to "Sisorid catfishes of the genus Glyptothorax Blyth are benthic inhabitants of torrential waters of rivers and streams in montane and submontane parts of tropical Asia. The members of the genus are adapted to attach themselves to rocks and boulders against strong currents by means of a thoracic adhesive apparatus comprising grooves and folded pleats of skin parallel or oblique to the longitudinal axis of the body. The genus has a wide distribution, ranging from Turkey and Syria in the west, to India and China in the east, and extending further southeastward to Indonesia. With 84 nominal species, Glyptothorax are the most speciose genus of catfishes in Asia (Eschmeyer et al., 1998, Ng, 2005); 67 species were treated as valid by Thomson & Page (2006)." from "Sisorid catfishes of the genus Glyptothorax Blyth are benthic inhabitants of torrential waters of rivers and streams in montane and submontane parts of tropical Asia. The members of the genus are adapted to attach themselves to rocks and boulders against strong currents by means of a thoracic adhesive apparatus comprising grooves and folded pleats of skin parallel or oblique to the longitudinal axis of the body. The genus has a wide distribution, ranging from Turkey and Syria in the west, to India and China in the east, and extending further southeastward to Indonesia. With 84 nominal species, Glyptothorax are the most speciose genus of catfishes in Asia (Eschmeyer et al., 1998, Ng, 2005); 67 species were treated as valid by Thomson & Page (2006).". - Mar 22, 00:37 Corydoras sp. (Cw214) (Callichthyidae)
- Mar 21, 20:19 Hoplisoma sp. (Cw213) (Callichthyidae) New Species
- Mar 21, 20:19 Hoplisoma cw (Callichthyidae) New Species
- Mar 20, 18:23 Propimelodus lobatus (Pimelodidae) New Species
- Mar 19, 03:28 (Loricariidae) (changes)Desc_by changed to "Sousa, Sousa, Oliveira, Sabaj Pérez, Zuanon & Rapp Py-Daniel" from "".
Year changed to "2025" from "0".
Original_desc changed to "y" from "-".
Type_locality changed to "Rio Xingu, main channel along right bank at Pimental Dam site, ca. 37 km southeast of Altamira, Pará State, Brazil, 03°25'55.3"S, 51°57'23.6"W." from "".
Type_loc_lat changed to "-3.4320277777778" from "0".
Type_loc_long changed to "-51.956555555556" from "0".
Genus_etymology changed to "A contraction of the Greek hypo (meaning less than) and ancistrus, an allusion to the reduced number of teeth (particularly in the lower jaw) found in this genus." from "A contraction of the Greek hypo (meaning less than) and ancistrus, an allusion to the reduced number of teeth (particularly in the lower jaw) found in this genus.".
Literature changed to "Neotropical Ichthyology v. 23 (no. 1): e240080, pp 4, Figs. 1-2, 4." from "DATZ 8/1994, pp 533-536.".
Identification changed to "Could be taken for a H. zebra variation. Exhibits stripes on the head like on H. zebra but the rest of the body is covered with black spots, sometimes joined together forming a small wavy line." from "Could be taken for a H. zebra variation. Exhibits stripes on the head like on H. zebra but the rest of the body is covered with black spots, sometimes joined together forming a small wavy line.".
Sexing changed to "Typical for the genus.
Male: interopercular and pectoral odontodes longer, hard ray of pectoral fins broader, odontodes on body plates, head longer and wider.
Female: smaller size and more round in the ventral." from "Typical for the genus.
Male: interopercular and pectoral odontodes longer, hard ray of pectoral fins broader, odontodes on body plates, head longer and wider.
Female: smaller size and more round in the ventral.".
Genus_feeding changed to "Unlike the popular opinion of many other loricariids, Hypancistrus are more carnivores than algae eaters. This is backed up by a small and lightly toothed mouth that indicates they are poor algae scrapers. Provide small and frequent supply of mainly meaty foods such as dry discus food, bloodworm and even brineshrimp with the infrequent offering of flake or algae tablets." from "Unlike the popular opinion of many other loricariids, Hypancistrus are more carnivores than algae eaters. This is backed up by a small and lightly toothed mouth that indicates they are poor algae scrapers. Provide small and frequent supply of mainly meaty foods such as dry discus food, bloodworm and even brineshrimp with the infrequent offering of flake or algae tablets.".
Genus_tankmates changed to "Small tetras and other similar small fish. Also Corydoras. Care has to be taken to ensure that they get enough food, as they can be a bit shy and slow to grab food when available." from "Small tetras and other similar small fish. Also Corydoras. Care has to be taken to ensure that they get enough food, as they can be a bit shy and slow to grab food when available.".
Genus_breeding changed to "All Hypancistrus are closed cave spawners. Males trap females in the cave, eggs are laid and fertilised after which the male guards them until the fry are free swimming." from "All Hypancistrus are closed cave spawners. Males trap females in the cave, eggs are laid and fertilised after which the male guards them until the fry are free swimming.". - Mar 09, 12:41 (Siluridae) (changes)Desc_by changed to "Ng, Kahar & Tan" from "Ng, Kahar & Tan".
Type_locality changed to "Sungai Mata Ikan, downstream of Kuala Belalong Field Studies Centre, Sungai Belalong subdrainage, Sungai Temburong drainage, Temburong District, Brunei Darussalam, Borneo, 4°32'50"N, 115°9'28"E." from "Sungai Mata Ikan, downstream of Kuala Belalong Field Studies Centre, Sungai Belalong subdrainage, Sungai Temburong drainage, Temburong District, Brunei Darussalam, Borneo, 4°32'50"N, 115°9'28"E.".
Genus_identification changed to "Catfishes of the genus Pterocryptis Peters, 1861, are medium-sized members of the Siluridae usually found in fast-flowing mountain streams throughout India, southern China and Southeast Asia. Pterocryptis had been considered a junior synonym of Silurus Linnaeus, 1758, until its rediagnosis by Bornbusch (1991). There are 16 nominal species of Pterocryptis (Ng & Freyhof, 2001). They can be distinguished from other siluroids by having a small dorsal fin, upper jaw longer than the lower jaw and a confluent anal and caudal fin with a distinct notch between them." from "Catfishes of the genus Pterocryptis Peters, 1861, are medium-sized members of the Siluridae usually found in fast-flowing mountain streams throughout India, southern China and Southeast Asia. Pterocryptis had been considered a junior synonym of Silurus Linnaeus, 1758, until its rediagnosis by Bornbusch (1991). There are 16 nominal species of Pterocryptis (Ng & Freyhof, 2001). They can be distinguished from other siluroids by having a small dorsal fin, upper jaw longer than the lower jaw and a confluent anal and caudal fin with a distinct notch between them.". - Mar 02, 07:20 Glyptothorax waikhomi (Sisoridae) (changes)Desc_by changed to "Shangningam & Kosygin" from "Shangningam & Kosygin".
Type_loc_lat changed to "0" from "24.183333333333".
Type_loc_long changed to "0" from "93.9".
Type_loc_comp_lat changed to "24.183333333333" from "0".
Type_loc_comp_long changed to "93.9" from "0".
Pronunciation changed to "why khom eye." from "".
Etymology changed to "Named for prominent Indian taxonomist, Waikhom Vishwanath." from "".
Genus_identification changed to "Sisorid catfishes of the genus Glyptothorax Blyth are benthic inhabitants of torrential waters of rivers and streams in montane and submontane parts of tropical Asia. The members of the genus are adapted to attach themselves to rocks and boulders against strong currents by means of a thoracic adhesive apparatus comprising grooves and folded pleats of skin parallel or oblique to the longitudinal axis of the body. The genus has a wide distribution, ranging from Turkey and Syria in the west, to India and China in the east, and extending further southeastward to Indonesia. With 84 nominal species, Glyptothorax are the most speciose genus of catfishes in Asia (Eschmeyer et al., 1998, Ng, 2005); 67 species were treated as valid by Thomson & Page (2006)." from "Sisorid catfishes of the genus Glyptothorax Blyth are benthic inhabitants of torrential waters of rivers and streams in montane and submontane parts of tropical Asia. The members of the genus are adapted to attach themselves to rocks and boulders against strong currents by means of a thoracic adhesive apparatus comprising grooves and folded pleats of skin parallel or oblique to the longitudinal axis of the body. The genus has a wide distribution, ranging from Turkey and Syria in the west, to India and China in the east, and extending further southeastward to Indonesia. With 84 nominal species, Glyptothorax are the most speciose genus of catfishes in Asia (Eschmeyer et al., 1998, Ng, 2005); 67 species were treated as valid by Thomson & Page (2006).".
Distribution changed to "This species is currently known from the Chindwin River basin in Manipur, India." from "". - Mar 02, 04:46 (Heptapteridae) (changes)Brazil_negative_list changed to "n" from "".
Genus_identification changed to "Pariolius can be reliably identified by having the distal region of anterior and the posterior portion of posterior branch of transverse process joined. This is an internal feature of the spine. Other traits, such as an upper mouth, the posterior portion of the head with unpigmented collar, the region anterior to dorsal fin with unpigmented mark, and a dorsal lobe of caudal fin slightly longer than ventral lobe, are present but are shared in various other Heptapaterini." from "". - Feb 18, 14:53 (Claroteidae) (changes)Desc_by changed to "Worthington & Ricardo" from "Worthington & Ricardo".
Brazil_negative_list changed to "n" from "".
Genus_etymology changed to "Lophiobagrus: The name comes from the broad, depressed anterior region of the fish, which reminded Poll of the Monkfish (Lophius piscatorius)." from "Lophiobagrus: The name comes from the broad, depressed anterior region of the fish, which reminded Poll of the angler fish (Lophius piscatorius).". - Feb 17, 12:32 (Callichthyidae) (changes)Desc_by changed to "Calviño & Alonso" from "Calviño & Alonso".
Type_locality changed to "Small stream, 200 meters from its ending into the San Lorenzo River, 24°47'08"S, 65°28'10"W, Finca Las Costas, around Salta city, Argentina, elevation 1222 meters." from "Small stream, 200 meters from its ending into the San Lorenzo River, 24°47'08"S, 65°28'10"W, Finca Las Costas, around Salta city, Argentina, elevation 1222 meters.".
Type_loc_comp_lat changed to "-24.785555555556" from "0".
Type_loc_comp_long changed to "-65.469444444444" from "0".
Brazil_negative_list changed to "n" from "".
General changed to "Both Corydoras petracinii and C. gladysae have strong affinities to Aspidoras, but because of other inconsistencies, they are placed within the genus Corydoras." from "Both Corydoras petracinii and C. gladysae have strong affinities to Aspidoras, but because of other inconsistencies, they are placed within the genus Corydoras.".
Genus_feeding changed to "Will readily accepted all prepared foods that reach the bottom of the aquarium such as tablets, granules and larger flakes. Live (or frozen) foods such as bloodworm, white worm, grindal worm (Enchytraeus), Daphnia and Tubifex are readily accepted and good for conditioning groups of fishes for spawning." from "Will readily accepted all prepared foods that reach the bottom of the aquarium such as tablets, granules and larger flakes. Live (or frozen) foods such as bloodworm, white worm, grindal worm (Enchytraeus), Daphnia and Tubifex are readily accepted and good for conditioning groups of fishes for spawning.".
Genus_furniture changed to "Ideally, and close to mandatory, substrate should be sand, but rounded gravel is an imperfect alternative. Avoid keeping over rough edged (chipped) gravel or sharp sand. This will increase the risk of damage to the fishes barbels when it tries to dig. Substrate should be bordered with driftwood and aquatic plants leaving an open area for them to search for food and swim. The shade provided by overhanging rock work, arching bogwood, tall or floating plants are all that is required to settle a group of these fishes." from "Ideally substrate should be sand, but rounded gravel is an imperfect alternative. Avoid keeping over rough edged (chipped) gravel, this will increase this risk of damage the fishes barbels when it tries to dig. Substrate should be bordered with driftwood and aquatic plants leaving an open area for them to search for food and swim. The shade provided by overhanging rock work, arching bogwood, tall or floating plants are all that is required to settle these fishes.". - Feb 17, 11:38 (Callichthyidae) (changes)
Sl changed to [40] from [50].
Distribution changed to [South America: western tributaries of Paraná River in Salta, Argentina.] from [Western tributaries of Paraná River in Salta Province, Argentina.]. - Feb 17, 11:34 (Loricariidae) (changes)
Genus_etymology changed to [The name Ancistrus is derived from the Greek word agkistron, meaning hook, in reference to the interopercular odontodes that are hooked.] from [The name Ancistrus is derived from the Greek word agkistron, meaning hook, in reference to the interopercular odontodes that are hooked.].
Genus_identification changed to [Mature males and sometimes females have soft tentacles (bushy fleshy growths) on the snout - this is unique to the genus Ancistrus.] from [Mature males and sometimes females have soft tentacles (bushy fleshy growths) on the snout - this is unique to the genus Ancistrus.].
General changed to [This species was known as Ancistrus sp(3) in the Cat-eLog from February 1997 until August 2008, when it was changed to A. cf. cirrhosus. After much research which failed to identify the species, A. sp(3) this was reserected from mid-2024 aligning to the now prevailing idea that this is a domesticated form which likely involves hybridisation.
Several colour forms exist as well a long fin strain. The super-red form was first line-bred from the calico form of the common bristlenose in Germany. As is the way with the common bristlenose, they are pretty fertile and as soon as the pure strain got introduced into the market, it quickly spread across Europe and west over the Atlantic.
A long-finned variety was also line-bred from them relatively soon after that. There is some variation in the quality of the strain, a good strain produces 100% all-red offspring, less-than-optimal breeding stock (even if they are all-red) can produce a fair amount of offspring with some residual black markings.] from [This species was known as Ancistrus sp(3) in the Cat-eLog from February 1997 until August 2008, when it was changed to A. cf. cirrhosus. After much research which failed to identify the species, A. sp(3) this was reserected from mid-2024 aligning to the now prevailing idea that this is a domesticated form which likely involves hybridisation.
Several colour forms exist as well a long fin strain. The super-red form was first line-bred from the calico form of the common bristlenose in Germany. As is the way with the common bristlenose, they are pretty fertile and as soon as the pure strain got introduced into the market, it quickly spread across Europe and west over the Atlantic.
A long-finned variety was also line-bred from them relatively soon after that. There is some variation in the quality of the strain, a good strain produces 100% all-red offspring, less-than-optimal breeding stock (even if they are all-red) can produce a fair amount of offspring with some residual black markings.].
Genus_feeding changed to [Ancistrus should be fed mainly on vegetarian foods. Prepared foods include algae wafers and spirulina based sinking food. Vegetables such as courgette/zucchini, and (English) cucumber are an excellent addition to the diet, along with the odd, small amount of more meaty foods.] from [Ancistrus should be fed mainly on vegetarian foods. Prepared foods include algae wafers and spirulina based sinking food. Vegetables such as courgette/zucchini, and (English) cucumber are an excellent addition to the diet, along with the odd, small amount of more meaty foods.].
Feeding changed to [It is thought that elements in bogwood, particularly lignin, may form an essential part of Bristlenose diet - they are unlikely to benefit from the wood itself. Certainly they have the immensely long guts common to vegetarians, and although they fall avidly on the occasional meal of live food or prawns, the bulk of their diet must be composed of vegetable matter. If a high protein diet is fed constantly, then they will become prone to stomach disorders. Vegetable roughage keeps the gut in working order, and bogwood is a valuable addition to this.
Fry will feed from free-swimming on the same diet as parents. It may help to blanch vegetables when feeding young fry, as it helps them rasp off the food stuff.] from [It is thought that elements in bogwood, particularly lignin, may form an essential part of Bristlenose diet. Certainly they have the immensely long guts common to vegetarians, and although they fall avidly on the occasional meal of live food or prawns, the bulk of their diet must be composed of vegetable matter. If a high protein diet is fed constantly, then they will become prone to stomach disorders. Vegetable roughage keeps the gut in working order, and bogwood is a valuable addition to this.
Fry will feed from free-swimming on the same diet as parents. It may help to blanch vegetables when feeding young fry, as it helps them rasp off the food stuff.].
Genus_breeding changed to [All Ancistrus species are cave-breeders, where the male looks after the eggs and young fry.] from [All Ancistrus species are cave-breeders, where the male looks after the eggs and young fry.]. - Feb 17, 10:10 (Auchenoglanididae) (changes)
Desc_by changed to [Modimo, Bernt, Monsembula Iyaba, Mbimbi & Liyandja] from [Modimo, Bernt, Monsembula Iyaba, Mbimbi & Liyandja].
Type_locality changed to [Ndzaa River, 4.6 km upstream of the Ndzaa confluence with the Mfimi River, Kutu Territory, Mai-Ndombe Province, D. R. Congo, 02°48'17.3"S, 18°11'08.0"E.] from [Ndzaa River, 4.6 km upstream of the Ndzaa confluence with the Mfimi River, Kutu Territory, Mai-Ndombe Province, D. R. Congo, 02°48'17.3"S, 18°11'08.0"E.].
Genus_etymology changed to [Parauchenoglanis: The Greek prefix para means near; in reference to the resemblance to Auchenoglanis.] from [Parauchenoglanis: The Greek prefix para means near; in reference to the resemblance to Auchenoglanis.].
Literature changed to [Journal of Fish Biology v. 105 (no. 4), pp 5, Figs. 2, 6, 7.] from [Journal of Fish Biology Early view, pp 5, Figs. 2, 6, 7.].
Genus_identification changed to [In all Parauchenoglanis the small eyes are not covered by a transparent skin (having a free border). The first dorsal spine is small, the second large and strong followed by seven branched fin rays (rarely eight). Pectoral fin with one spine and 7-8 branched rays, pelvic fin with six rays (of which five are branched), anal fin with 6-10 branched rays. Edge of caudal is straight or rounded.] from [In all Parauchenoglanis the small eyes are not covered by a transparent skin (having a free border). The first dorsal spine is small, the second large and strong followed by seven branched fin rays (rarely eight). Pectoral fin with one spine and 7-8 branched rays, pelvic fin with six rays (of which five are branched), anal fin with 6-10 branched rays. Edge of caudal is straight or rounded.]. - Feb 15, 04:20 (Callichthyidae) (changes)
Sl changed to [52] from [60].
Distribution changed to [South America: Lower Amazon River basin.] from [Rio Cururu in the Rio Tapajos basin, State of Para, Brazil.]. - Feb 10, 04:42 Chelonodon patoca (Tetraodontidae) (changes)
Desc_by changed to [Hamilton] from [].
Year changed to [1822] from [0].
Original_desc changed to [n] from [].
Type_locality changed to [Ganges River estuaries, India.] from [].
Literature changed to [An account of the fishes found in the river Ganges, pp 7, 362, Pl. 18 (fig. 2).] from []. - Feb 06, 04:40 (Callichthyidae) (changes)
Type_locality changed to [Rio Ribeira da Terra Firme, between Canavieiras and Ilheus, southeastern Bahia, Brazil.] from [Rio Ribeira da Terra Firme, between Canavieiras and Ilheus, se. Bahia, Brazil.].
Genus_etymology changed to [Scleromystax: From the Greek sclero meaning hard and the Latin mystax meaning moustache.] from [Scleromystax: From the Greek sclero meaning hard and the Latin mystax meaning moustache.].
Literature changed to [Zeitschrift für Fischkunde v. 3 (no. 1), pp 110, Figs. 5-7.] from [Zeitschrift Fischk. v. 3 (no. 1) 110 Figs. 5-7].
Genus_feeding changed to [Will readily accepted all prepared foods that reach the bottom of the aquarium such as tablets, granules and larger flakes. Live (or frozen) foods such as bloodworm, white worm, grindal worm (Enchytraeus), Daphnia and Tubifex are readily accepted and good for conditioning groups of fishes for spawning.] from [Will readily accepted all prepared foods that reach the bottom of the aquarium such as tablets, granules and larger flakes. Live (or frozen) foods such as bloodworm, white worm, grindal worm (Enchytraeus), Daphnia and Tubifex are readily accepted and good for conditioning groups of fishes for spawning.].
Genus_furniture changed to [Ideally substrate should be sand, but rounded gravel is an imperfect alternative. Avoid keeping over rough edged (chipped) gravel, this will increase this risk of damage the fishes barbels when it tries to dig. Substrate should be bordered with driftwood and aquatic plants leaving an open area for them to search for food and swim. The shade provided by overhanging rock work, arching bogwood, tall or floating plants are all that is required to settle these fishes.] from [Ideally substrate should be sand, but rounded gravel is an imperfect alternative. Avoid keeping over rough edged (chipped) gravel, this will increase this risk of damage the fishes barbels when it tries to dig. Substrate should be bordered with driftwood and aquatic plants leaving an open area for them to search for food and swim. The shade provided by overhanging rock work, arching bogwood, tall or floating plants are all that is required to settle these fishes. ].
Breeding changed to [Only one success by Scottish fishkeeper Jim Makin has been achieved if not documented.] from [Only one success by a Scottish fishkeeper has been achieved if not documented.]. - Feb 06, 04:39 (Callichthyidae)
- Feb 06, 03:00 (Callichthyidae) (changes)
Desc_by changed to [Tencatt, Britto & Pavanelli] from [Tencatt, Britto & Pavanelli].
Original_desc changed to [n] from [y].
Genus_feeding changed to [Will readily accepted all prepared foods that reach the bottom of the aquarium such as tablets, granules and larger flakes. Live (or frozen) foods such as bloodworm, white worm, grindal worm (Enchytraeus), Daphnia and Tubifex are readily accepted and good for conditioning groups of fishes for spawning.] from [Will readily accepted all prepared foods that reach the bottom of the aquarium such as tablets, granules and larger flakes. Live (or frozen) foods such as bloodworm, white worm, grindal worm (Enchytraeus), Daphnia and Tubifex are readily accepted and good for conditioning groups of fishes for spawning.]. - Feb 04, 13:18 (Loricariidae) (changes)
Brazil_negative_list changed to [n] from [].
Iucn_category changed to [NE] from [].
Genus_etymology changed to [The name Ancistrus is derived from the Greek word agkistron, meaning hook, in reference to the interopercular odontodes that are hooked.] from [The name Ancistrus is derived from the Greek word agkistron, meaning hook, in reference to the interopercular odontodes that are hooked.].
Genus_identification changed to [Mature males and sometimes females have soft tentacles (bushy fleshy growths) on the snout - this is unique to the genus Ancistrus.] from [Mature males and sometimes females have soft tentacles (bushy fleshy growths) on the snout - this is unique to the genus Ancistrus.].
General changed to [Not exported from Venezuela / into the trade.] from [].
Genus_feeding changed to [Ancistrus should be fed mainly on vegetarian foods. Prepared foods include algae wafers and spirulina based sinking food. Vegetables such as courgette/zucchini, and (English) cucumber are an excellent addition to the diet, along with the odd, small amount of more meaty foods.] from [Ancistrus should be fed mainly on vegetarian foods. Prepared foods include algae wafers and spirulina based sinking food. Vegetables such as courgette/zucchini, and (English) cucumber are an excellent addition to the diet, along with the odd, small amount of more meaty foods.].
Genus_breeding changed to [All Ancistrus species are cave-breeders, where the male looks after the eggs and young fry.] from [All Ancistrus species are cave-breeders, where the male looks after the eggs and young fry.].
Breeding changed to [Readily breeds in captivity. As with all Ancistrus species, these are cave-breeders, where the male looks after the eggs and young fry. First reported spawn by Shane Linder in 2001.] from [Unreported.]. - Feb 03, 12:29 Glyptothorax rupiri (Sisoridae) (changes)
Desc_by changed to [Kosygin, Singh & Rath] from [Kosygin, Singh & Rath].
Type_locality changed to [Jambung stream, a tributary of Siang River near Hawa Camp, Brahmaputra River basin, Upper Siang District, Arunachal Pradesh, India, 28°41'9.2"N, 94°58'8.82"E.] from [Jambung stream, a tributary of Siang River near Hawa Camp, Brahmaputra River basin, Upper Siang District, Arunachal Pradesh, India, 28°41'9.2"N, 94°58'8.82"E.].
Type_loc_lat changed to [0] from [28.685888888889].
Type_loc_long changed to [0] from [94.969116666667].
Type_loc_comp_lat changed to [28.685888888889] from [0].
Type_loc_comp_long changed to [94.969116666667] from [0].
Pronunciation changed to [roo peer eye.] from [].
Etymology changed to [The species is named after Rupir Boli of the Forest Department, Government of Arunachal Pradesh, India, for his help in collecting the type series.] from [].
Genus_identification changed to [Sisorid catfishes of the genus Glyptothorax Blyth are benthic inhabitants of torrential waters of rivers and streams in montane and submontane parts of tropical Asia. The members of the genus are adapted to attach themselves to rocks and boulders against strong currents by means of a thoracic adhesive apparatus comprising grooves and folded pleats of skin parallel or oblique to the longitudinal axis of the body. The genus has a wide distribution, ranging from Turkey and Syria in the west, to India and China in the east, and extending further southeastward to Indonesia. With 84 nominal species, Glyptothorax are the most speciose genus of catfishes in Asia (Eschmeyer et al., 1998, Ng, 2005); 67 species were treated as valid by Thomson & Page (2006).] from [Sisorid catfishes of the genus Glyptothorax Blyth are benthic inhabitants of torrential waters of rivers and streams in montane and submontane parts of tropical Asia. The members of the genus are adapted to attach themselves to rocks and boulders against strong currents by means of a thoracic adhesive apparatus comprising grooves and folded pleats of skin parallel or oblique to the longitudinal axis of the body. The genus has a wide distribution, ranging from Turkey and Syria in the west, to India and China in the east, and extending further southeastward to Indonesia. With 84 nominal species, Glyptothorax are the most speciose genus of catfishes in Asia (Eschmeyer et al., 1998, Ng, 2005); 67 species were treated as valid by Thomson & Page (2006).].
Distribution changed to [This species is currently known from the Brahmaputra River basin in India.] from []. - Feb 03, 12:29 (Loricariidae) (changes)
Type_locality changed to [Cajamarca, Rio Chota [Chotano], northern Peru, elevation 1465-1585 meters.] from [Cajamarca, Rio Chota [Chotano], Peru, elevation 1465-1585 meters.].
Genus_identification changed to [The genus Chaetostoma is not straightforward to identify, but as a general rule, the species has spines behind the gill-cover (interopercular odontodes), no plates on the abdomen, and aside from C. platyrhynchus also lack plates on the snout edge. Different from Ancistrus by not having fleshy tentacles on the snout.] from [The genus Chaetostoma is not straightforward to identify, but as a general rule, the species has spines behind the gill-cover (interopercular odontodes), no plates on the abdomen, and aside from C. platyrhynchus also lack plates on the snout edge. Different from Ancistrus by not having fleshy tentacles on the snout.].
Genus_breeding changed to [Spawns in shallow, fast flowing water on the underneath of a flat object. Male, upside down, guards an adhesive clutch of eggs by covering it with his body.] from [Spawns in shallow, fast flowing water on the underneath of a flat object. Male, upside down, guards an adhesive clutch of eggs by, more or less, covering it with his body.]. - Feb 03, 12:28 (Horabagridae) (changes)
Desc_by changed to [Kumar, Ravi, Krishnaprasoon & Basheer] from [].
Year changed to [2024] from [0].
Original_desc changed to [y] from [-].
Type_locality changed to [Chalakkudy River near Vettilappara, Kerala, India.] from [].
Etymology changed to [The specific epithet obscurus (Latin) to describe both the dark, cloudy colour pattern of this species and also the confusion between H. obscurus and the similar-looking, sympatric H. nigricollaris.] from [The specific epithet obscurus (Latin) to describe both the dark, cloudy colour pattern of this species and also the confusion between H. obscurus and the similar-looking, sympatric H. nigricollaris.].
Literature changed to [Indian Journal of Fisheries v. 71 (no. 4), pp 21, Figs. 1-3, 5a.] from [Indian J. Fish., 71 (4): 20-26, 2024.].
Feeding changed to [Regurgitated stomach contents of captured individuals sometime contain bivalve shells. Local fishermen use fruit of the palm oil as bait to attract and capture this species and sympatric Horabagrus nigricollaris.] from [Regurgitated stomach contents of captured individuals sometime contain bivalve shells. Local fishermen use fruit of the palm oil as bait to attract and capture this species and sympatric Horabagrus nigricollaris.].
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Home | All Families | Synonyms | Common names | Image Updates
/cypriniformes/cyprinidae/scaphostoma/lepturus/1.jpg "Scaphostoma lepturus")
/cypriniformes/cyprinidae/scaphostoma/gerlachi/1.jpg "Scaphostoma gerlachi")
/cypriniformes/cyprinidae/angustistoma/barbatum/1.jpg "Angustistoma barbatum")
/siluriformes/loricariidae/ancistrus/sp%28l100%29/1.jpg "Ancistrus sp. (L100)")
/siluriformes/loricariidae/parancistrus/sp%28l332%29/1.jpg "Parancistrus sp. (L332)")
/siluriformes/callichthyidae/hoplisoma/armatum/1.jpg "Hoplisoma armatum")
/siluriformes/loricariidae/pseudolithoxus/stearleyi/1.jpg "Pseudolithoxus stearleyi")
/siluriformes/doradidae/nemadoras/humeralis/1.jpg "Nemadoras humeralis")
/siluriformes/heptapteridae/pimelodella/australis/1.jpg "Pimelodella australis")
/siluriformes/auchenipteridae/auchenipterus/dentatus/1.jpg "Auchenipterus dentatus")
/siluriformes/heptapteridae/pimelodella/hartwelli/1.jpg "Pimelodella hartwelli")
/siluriformes/auchenipteridae/tympanopleura/atronasus/1.jpg "Tympanopleura atronasus")
/siluriformes/doradidae/amblydoras/affinis/1.jpg "Amblydoras affinis")
/siluriformes/doradidae/trachydoras/steindachneri/1.jpg "Trachydoras steindachneri")
/siluriformes/doradidae/hemidoras/morrisi/1.jpg "Hemidoras morrisi")
/siluriformes/callichthyidae/hoplisoma/noxium/1.jpg "Hoplisoma noxium")
/siluriformes/callichthyidae/hoplisoma/cf_noxium/1.jpg "Hoplisoma cf. noxium")
/siluriformes/callichthyidae/hoplisoma/tenebrosum/1.jpg "Hoplisoma tenebrosum")
/siluriformes/mochokidae/synodontis/petricola/1.jpg "Synodontis petricola")
/siluriformes/pimelodidae/pimelodus/albicans/1.jpg "Pimelodus albicans")
/siluriformes/sisoridae/glyptothorax/himalaicus/1.jpg "Glyptothorax himalaicus")
/siluriformes/sisoridae/glyptothorax/bhurainu/1.jpg "Glyptothorax bhurainu")
/siluriformes/loricariidae/hypancistrus/parkateje/1.jpg "Hypancistrus parkateje")
/siluriformes/loricariidae/pseudoloricaria/laeviuscula/1.jpg "Pseudoloricaria laeviuscula")
/siluriformes/loricariidae/hypostomus/pyrineusi/1.jpg "Hypostomus pyrineusi")
/cypriniformes/cyprinidae/onychostoma/yunnanense/1.jpg "Onychostoma yunnanense")
/cypriniformes/nemacheilidae/rhyacoschistura/maculosa/1.jpg "Rhyacoschistura maculosa")
/siluriformes/loricariidae/colossimystax/pectegenitor/1.jpg "Colossimystax pectegenitor")
/siluriformes/loricariidae/stellantia/siderea/1.jpg "Stellantia siderea")
/siluriformes/loricariidae/hypancistrus/yudja/1.jpg "Hypancistrus yudja")
/siluriformes/siluridae/pterocryptis/vorax/1.jpg "Pterocryptis vorax")
/siluriformes/heptapteridae/pariolius/armillatus/1.jpg "Pariolius armillatus")
/siluriformes/claroteidae/lophiobagrus/cyclurus/1.jpg "Lophiobagrus cyclurus")
/siluriformes/callichthyidae/hoplisoma/petracinii/1.jpg "Hoplisoma petracinii")
/siluriformes/callichthyidae/hoplisoma/micracanthum/1.jpg "Hoplisoma micracanthum")
/siluriformes/loricariidae/ancistrus/sp%283%29/1.jpg "Ancistrus sp. (3)")
/siluriformes/auchenoglanididae/parauchenoglanis/stiassnyae/1.jpg "Parauchenoglanis stiassnyae")
/siluriformes/callichthyidae/brochis(sc3)/bifasciata/1.jpg "Brochis (sub-clade 3) bifasciata")
/siluriformes/callichthyidae/scleromystax/lacerdai/1.jpg "Scleromystax lacerdai")
/siluriformes/callichthyidae/scleromystax/sp%28c113%29/1.jpg "Scleromystax sp. (C113)")
/siluriformes/callichthyidae/hoplisoma/gryphus/1.jpg "Hoplisoma gryphus")
/siluriformes/loricariidae/ancistrus/sp%60rio_chirgua%60/1.jpg "Ancistrus sp. `RIO CHIRGUA`")
/siluriformes/loricariidae/chaetostoma/branickii/1.jpg "Chaetostoma branickii")
/siluriformes/horabagridae/horabagrus/obscurus/1.jpg "Horabagrus obscurus")