Results for “barbel”
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Cyclocheilichthys armatus
Valenciennes, 1842
Max length230mm SL9in SLTank180 × 60cm72 × 24inTemp20–26°C68–79°FpH6.0–8.0It can be distinguished from congeners by possessing one or two pairs of barbels, a black blotch at the base of the caudal-fin, and rows of dark spots along the lateral scale rows. Members of Cyclocheilichthys are characterised by possessing a serrated dorsal fin spine, 9 branched pelvic fin rays, a conical snout, small, subterminal...

Cyclocheilichthys lagleri
Sontirat, 1985
Max length200mm SL8in SLTank180 × 60cm72 × 24inTemp20–26°C68–79°FpH6.0–8.0As with others in the genus little has been written regarding captive care of this species, but it makes a peaceful and unusual addition to larger aquaria. The best way of obtaining it may be to keep an eye on shipments of wild fishes from Indochina. It can be distinguished from congeners by possessing 20 circumpeduncular scales and lacking barbels entirely.

Dawkinsia arulius
Jerdon, 1849
Max length100mm SL3.9in SLTank120 × 45cm48 × 18inTemp19–25°C66–77°FpH6.0–7.5The fish appearing in the majority of earlier literature as P. arulius or 'arulius barb', and often still traded as such, is the related D. tambraparniei. Though similar the latter can be told apart from D. arulius by possession of filamentous extensions to the dorsal-fin rays in males, longer maxillary barbels measuring > ½ eye diameter, i.e., 2.4 - 4.7 % SL, and some aspects of colour pattern.

Devario chrysotaeniatus
Chu, 1981
Max length75mm SL3.0in SLTank120 × 30cm48 × 12inTemp23–26°C73–79°FpH6.0–7.0This species is poorly known and first appeared in the hobby during 2005 but has rarely been seen since, probably because its natural waters lie outside the range of most commercial collectors. It can be distinguished by a combination of characters including: lateral line complete; infraorbital process absent; two pairs of short barbels; 8-9 branched dorsal fin rays; 12-13 branched anal fin rays; P stripe originating above pelvic fin and extending to en...

Epalzeorhynchos kalopterumFlying Fox
Bleeker, 1850
Max length160mm SL6in SLTank120 × 45cm48 × 18inTemp20–26°C68–79°FpH6.0–7.5Confusion with similar-looking fishes from other genera, such as Garra cambodgiensis, laterally-striped Crossocheilus spp. or Gyrinocheilus aymonieri is not uncommon, and are largely attributable to the use of trade names such as 'false flying fox' or 'Siamese flying fox'. When compared with the other species E. kalopterus exhibits several unique characters but perhaps the simplest way to identify it is by the characteristic white-edged, red and black coloured fins and the presence of two pairs of barbels.

Esomus metallicusStriped Flying Barb
Ahl, 1923
Max length75mm SL3.0in SLTank120 × 30cm48 × 12inTemp20–26°C68–79°FpH6.0–7.0There currently exist a dozen described Esomus spp. alhough few are seen in the aquarium trade and none are especially popular. Most are commonplace in their native countries and also quite plainly-patterned so generally overlooked by collectors. Their most common use in some areas is actually as a feeder fish in the aquaculture of larger species. They're characterised by greatly-enlarged pectoral fins and two pairs of barbels, of which the maxillary pair are extremely long and usually reach the pectoral fins.

Garra fuliginosa
Fowler, 1934
Max length150mm SL6in SLTank150 × 45cm60 × 18inTemp20–27°C68–81°FpHnot recordedFollowing Rainboth (1996) distinguishing characters for G. fuliginosa include: presence of rostral and maxillary barbels; a well-developed, trilobed rostrum; possession of 10 gill rakers on the lower portion of the first gill arch; no mid-lateral body stripe; 32-34 lateral line scales; body dark with random lighter scales in places. Kottelat (2001) states that the species can be told apart from other Garra occurring in Laos by a combination of: snout with a secondary rostrum, proboscis about twice as wide...

Garra imberba
Garman, 1912
Max length120mm SL5in SLTanknot recordedTempnot recordedpHnot recordedThis species can be distinguished from congeners inhabiting the Red River basin in Yunnan province, China, by the following combination of characters: no barbels; 46-52 lateral line scales; 16 circumpeduncular scales; pharyngeal teeth in 3 rows, 2.4.5-5.4.2; snout rounded, no secondary rostrum, no longitudinal...

Garra kalpangi
Nebeshwar, Bagra & Das, 2012
Max length75mm SL3.0in SLTanknot recordedTempnot recordedpHnot recordedG. kalpangi is distinguished from other Garra species from the Himalayan foothills by the following combination of characters: two pairs of barbels; a weakly developed proboscis represented by a squarish area anterior to the nostrils; 16 circ...

Garra rakhinica
Kullander & Fang, 2004
Max length60mm SL2.4in SLTanknot recordedTempnot recordedpHnot recordedG. rakhinica can be distinguished from other members of the genus by the following combination of characters: rostral furrow shallow and snout tip smoothly rounded; rostral lobe present, proboscis absent; scaled predorsal region, chest, and abdomen; two pairs of barbels; 28 lateral line scales; 16 circumpeduncular scale rows; colour pattern almost uniform greyish on body and caudal-fin; a dark spot immediately posterior to the upper extremity of the...

Gymnostomus ornatapinnis
Roberts, 1997
Max length100mm SL3.9in SLTanknot recordedTempnot recordedpHnot recordedG. ornatapinnis can be distinguished from congeners by the following combination of characters: head small; snout relatively short and blunt; caudal peduncle very deep; pectoral, pelvic, and anal fins usually reddish-orange or rose-tinted; pelvic and anal fins often with white tips; barbels completely absent.

Homalopteroides nebulosus
Alfred, 1969
Max length36mm SL1.4in SLTank60 × 30cm24 × 12inTemp20–25.5°C68–78°FpH6.0–7.5The genus Homalopteroides was revalidated by Randall and Page (2012) and is told apart from the related Homaloptera by the following character combination: dorsal-fin origin above pelvic-fin; ≤ 60 lateral-line scales; ≤ 30 predorsal scales; oral morphology consisting of two thin and widely separated rostral barbels on each side of the mouth, thin crescent-shaped lips, the absence of any structure such as a mental pad or lobes between the lateral portions of the lower lip, and a chin that extends anterior to the lateral portions of the lower lip.

Homalopteroides stephensoni
Hora, 1932
Max length65mm SL2.6in SLTank60 × 30cm24 × 12inTemp20–25.5°C68–78°FpH6.0–7.5Tan (2009) redescribed H. stephensoni and it possesses the following unique character set: sub-inferior mouth with thin barbels; five principle, 12-13 secondary pectoral fin rays (usually 12); scaleless belly; pattern of keeled scales on anterior, dorsal portion of body consisting of a single central keel in the posterior third of each scale; 43-50 lateral line...

'Inlecypris' shanensis
Hora, 1928
Max length60mm SL2.4in SLTank80 × 30cm31 × 12inTemp18–26°C64–79°FpH6.0–8.0This species is sometimes referred to as 'Hora danio' or Salween danio'. It is distinguished from similar-looking species by a combination of characters as follows: lateral line complete or incomplete with 22-33 pored scales; absence of infraorbital process; 7 branched dorsal-fin rays; usually 10 or 11 branched anal-fin rays; barbels absent or rudimentary; flank markings comprising a series of narrow vertical bars on the anterior portion of each flank, fol...

Kichulchoia multifasciata
Wakiya & Mori, 1929
Max length120mm SL5in SLTank90 × 30cm36 × 12inTemp20–24°C68–75°FpH6.0–7.5It's most easily told apart from K. brevifasciata, its only congener, by body patterning consisting of dark, vertical bars running along the dorso-ventral part of the body (vs. dark bars running alongside the midventral part of the body), lips with wrinkled surfaces (vs. smooth) and barbels short (vs. long).

Kottelatlimia hipporhynchos
Kottelat & Tan, 2008
Max length52mm SL2.0in SLTank60 × 30cm24 × 12inTemp23–26°C73–79°FpH4.0–6.5This species differs from congeners in the presence of papillae covering the mouthparts (lips, barbels, and lobes) which are absent in other species. It's also the largest species in the genus and the serrae on the second pectoral fin rays in males form a broa...

Kottelatlimia katik
Kottelat & Lim, 1992
Max length14mm SL0.6in SLTank45 × 30cm18 × 12inTemp23–26°C73–79°FpH3.5–6.5We're unaware of this species having yet appeared in the aquarium trade although a few private collectors have experience with it. Among congeners it uniquely possesses a simple suborbital spine and further differs from K. pristes by: smaller adult size (13.5 mm SL vs. 40); presence of a long nasal barbel (vs. absence); anatomy of the modified second pectoral ray in males (6-7 fine, narrow serrae vs. 8-11 pointed, anteriorly-orientated serrae). In K. hipporhynchos the serrae on the second pectoral ray in males form a broad, contiguous blade-like structure but other differences are the same as for K. pristes.

Kryptopterus geminus
Ng, 2003
Max length171mm SL7in SLTank150 × 45cm60 × 18inTemp20–28°C68–82°FpH6.0–7.5This species is likely to be traded for aquaria but probably misidentified as the very similar-looking K. cyrptopterus with which wild populations were formerly considered conspecific. These two are closely-related and can be distinguished from congeners by the dorsal profile lacking a nuchal concavity (vs. possessing a nuchal concavity) and possessing short maxillary barbels (extending to the pectoral-fin base vs. ext...

Liniparhomaloptera disparisBroken-band Hillstream Loach
Lin, 1934
Max length80mm SL3.1in SLTank80 × 30cm31 × 12inTemp20–24°C68–75°FpH6.5–8.0L. disparis is sometimes available as bycatch among shipments of other species such as Rhinogobius duospilus but also appears on trade lists under the fictitious scientific name 'Homaloptera hoffmani'. It can be told apart from similar-looking members of the genus Formosania by its noticeably shorter barbels and from Vanmanenia spp. by the fact that the rostral fold is not lobed and the mouth is relatively small (25% head width. In addition the lower lip in Liniparhomaloptera is not divided and has a flat, papillated edge.

Microdevario gatesi
Herre, 1939
Max length23mm SL0.9in SLTank45 × 30cm18 × 12inTemp20–27°C68–81°FpH6.0–7.5The genus Microdevario was raised by Fang et al. (2009) after phylogenetic analyses revealed that some species formerly included in Microrasbora to be more closely allied with Devario and in need of reclassification. Microdevario is largely separated from Devario and other closely related genera such as Chela and Laubuca by virtue of internal characters but also the following: small adult size; anal and dorsal fins with concave-shaped distal margin; absence of barbels; absence of perforated scales; 9-10 branched anal-fin rays; 7 branched dorsal-fin rays; less abdominal than caudal vertebrae.