identifier	taxonID	type	CVterm	format	language	title	description	additionalInformationURL	UsageTerms	rights	Owner	contributor	creator	bibliographicCitation
434FDD1ECD586421339C4D36FEE9FE7C.text	434FDD1ECD586421339C4D36FEE9FE7C.taxon	http://purl.org/dc/dcmitype/Text	http://rs.tdwg.org/ontology/voc/SPMInfoItems#GeneralDescription	text/html	en	Lithoxus jariensis Silva & Covain & Oliveira & Roxo 2017	<div><p>Lithoxus jariensis, sp. n.</p><p>Fig. 2; Table 1</p><p>Holotype. MZUSP 123131, 60.7 mm SL, municipality of Laranjal do Jari, Amapá State, rio Itapuru, cachoeira de São Raimundo, rio Jari, rio Amazonas basin, 00°33’59” S, 52°34’40” W, 20 February 2009, J.L Birindelli, L.S. Sousa, &amp; M. Soares.</p><p>Paratypes. All specimens from Brazil: Amapá State: rio Jari: rio Amazon basin: LBP 19553 (3, 33.8–45.5 mm SL, 1 c&amp;s, 47.1 mm SL), collected with holotype . LBP 20468 (1, 32.2 mm SL), municipality of Laranjal do Jari, igarapé <a href="https://tb.plazi.org/GgServer/search?materialsCitation.longitude=-52.58472&amp;materialsCitation.latitude=-0.5336111" title="Search Plazi for locations around (long -52.58472/lat -0.5336111)">Iratapuru</a>, 00°32’01”S, 52°35’05”W, 26 September 2015, C. Oliveira &amp; B.F. Melo . LBP 20512 (10, 29.3– 48.1 mm SL, 1 c&amp;s, 45.6 mm SL), municipality of Laranjal do Jari, <a href="https://tb.plazi.org/GgServer/search?materialsCitation.longitude=-52.5075&amp;materialsCitation.latitude=-0.6425" title="Search Plazi for locations around (long -52.5075/lat -0.6425)">rio Jari</a>, rio Amazonas basin, 00°38’33”S, 52°30’27”W, 28 September 2015, C. Oliveira &amp; B.F. Melo . MHNG 2767.051 (2, 48.1–48.9 mm SL), municipality of Almeirim, <a href="https://tb.plazi.org/GgServer/search?materialsCitation.longitude=-52.546665&amp;materialsCitation.latitude=-0.6236111" title="Search Plazi for locations around (long -52.546665/lat -0.6236111)">rio Jari</a>, rio Amazonas basin, 00°37’25”S, 52°32’48”W, 19 February 2009, J.L Birindelli, L.S. Sousa, &amp; M. Soares . MZUSP 103396 (24, 30.0– 50.7 mm SL), municipality of Almeirim, <a href="https://tb.plazi.org/GgServer/search?materialsCitation.longitude=-52.546665&amp;materialsCitation.latitude=-0.6236111" title="Search Plazi for locations around (long -52.546665/lat -0.6236111)">rio Jari</a>, rio Amazonas basin, 00°37’25”S, 52°32’48”W, 19 February 2009, J.L Birindelli, L.S. Sousa, &amp; M. Soares . MZUSP 103491 (40, 19.5– 53.2 mm SL), collected with holotype . MZUSP 101528 (17, 29.2–53.3 mm SL), municipality of Laranjal do Jari, <a href="https://tb.plazi.org/GgServer/search?materialsCitation.longitude=-52.509445&amp;materialsCitation.latitude=-0.64555556" title="Search Plazi for locations around (long -52.509445/lat -0.64555556)">rio Jari</a>, rio Amazonas basin, 00°38’44”S, 52°30’34”W, 19 September 2008, C. Moreira &amp; A. Akama.</p><p>Diagnosis. Lithoxus jariensis differs from L. surinamensis and L. pallidimaculatus by the presence of an adipose fin (vs. adipose fin absent); from L. bovallii by the absence of an irregular concentration of chromatophores around the anal-fin origin and adjacent region (vs. presence), and by the coloration pattern of caudal fin with three dark bands (vs. five dark bands); from L. lithoides and L. jantjae by the presence of five branched anal-fin rays (vs. four); from L. pallidimaculatus and L. raso by absence of light spots on the body (vs. presence of light spots on the body); from L. jantjae by having 14 branched caudal-fin rays (vs. 12); and from L. stocki by having medial premaxillary teeth with an enlarged and widened cusp (vs. cusps of all premaxillary teeth similar in size, not enlarged), and by a small number of dentary teeth 5–8 (vs. 10–12). Moreover, the new species differs from L. boujardi by having a greater adipose–spine length, 6.2–10.1% SL (vs. 3.6–4.7% SL), and by having a greater dorsal adipose-caudal distance, 12.0–16.5% SL (vs. 10.3–11.7% SL); from L. planquettei by smaller caudal peduncle depth, 7.6–8.7% SL (vs. 9.7–10.5% SL), and by having a straight adipose-fin spine (vs. a curved adiposefin spine); and from L. stocki by having a shorter cleithral width, 27.8–31.2% SL (vs. 32.6–34.2% SL), and a greater dorsal–anal distance, 10.4–13.7% SL (vs. 8.8–10.4% SL).</p><p>Description. Morphometric data presented in Table 1. Medium sized loricariids (41–60 mm SL). In lateral view, dorsal profile convex from snout tip to dorsal-fin origin; straight and gradually descending from dorsal-fin origin to end of caudal peduncle insertion. Ventral profile slightly concave from snout tip to pectoral-fin origin; convex from pectoral-fin origin to pelvic-fin origin; concave from pelvic-fin origin to insertion of lower caudal-fin spine.</p><p>Head and snout broadly rounded. Snout elongated (49–57% HL); anterior region slightly depressed. Posterior nostril small, almost reaching same diameter of eyes; no concavity between nostrils. Eyes small (orbit diameter 11– 15% HL), dorsally positioned. Superior margin of orbits not elevated. Oral disk occupying entire ventral surface of head. Ventral surface of disk covered with low and wide papillae; margin of disk fringed with low triangular papillae. Maxillary barbel relatively long and projected anterolaterally to upper lip. Teeth bicuspid with deep division between cusps; four to five left premaxillary teeth, five to eight left dentary teeth; premaxillary tooth cusps increasing in size from lateralmost to medialmost tooth; medialmost tooth cusp two to four times larger than lateralmost tooth cusp. Lateralmost premaxillary tooth cusps similar in size to dentary tooth cusps; dentary teeth all similar in size.</p><p>Percents of HL Holotype Min Max Mean SD Holotype Min Max Mean SD ......continued on the next page</p><p>Continued.</p><p>L. boujardi, n = 6 L. gr. bovallii, n = 8 ......continued on the next page</p><p>Continued.</p><p>L. planquettei, n = 13 L. stocki, n = 5 Body dorsoventrally depressed. In dorsal view, greatest body width at cleithral region and greatest body depth at dorsal-fin origin. Body progressively narrow from opercular region to caudal fin. Cross-section of body between pectoral and pelvic fins rounded dorsally and flat ventrally. Body almost entirely covered by plates, except at ventral portions of head, abdomen and along dorsal-fin base. Dorsal surface of body entirely covered by plates; three to four predorsal plates; five interdorsal plates, eight plates below dorsal-fin base; four plates between dorsal fin and adipose fin. Lateral surface of body entirely covered by plates; mid-dorsal plate series developed, reaching end of adipose fin; lateral median plates 23−24; mid-ventral plate series developed (six plates), reaching end of adipose-fin base. Body plates with minute odontodes. Odontodes slightly hypertrophied on pectoral-fin spines, becoming gradually larger distally. Longest odontodes on posteriormost evertible cheek plates.</p><p>Dorsal-fin II,7; dorsal-fin spinelet V -shaped, locking mechanism present; dorsal-fin origin approximately at midpoint between pectoral- and pelvic-fin origins; last dorsal-fin ray not reaching adipose fin when depressed. Pectoral-fin I,6; pectoral-fin spine reaching slightly beyond base of pelvic-fin spine when depressed. Pelvic-fin I,5; reaching anal-fin origin when depressed. Anal-fin I,5. Adipose-fin present, with single azygous preadipose plate; posterior margin of adipose-fin membrane convex, extending posteriorly beyond adipose-fin spine. Cross-section of caudal peduncle ellipsoid, flat dorsally and ventrally. Three lateral plate rows at base of caudal peduncle. Caudal-fin I, 7−I,7; obliquely forked, lower lobe longer than upper.</p><p>Color in alcohol. Background color dark brown dorsally and laterally, and light brown ventrally. Four dark saddles along dorsal portion of body: first at dorsal-fin origin, second at end of dorsal-fin base, third at the middle of caudal peduncle, and fourth reaching anteriormost caudal procurrent ray. Fins with irregular and poorly defined bars: three or four on anal-, pectoral-, dorsal- and pelvic-fin rays. Caudal-fin dark with a large hyaline bar in middle portion of rays. Hypertrophied odontodes on posteriormost evertible cheek plates and on pectoral-fin spines yellowish.</p><p>Sexual dimorphism. Males possess a papilla posterior to urogenital opening (absent in females).</p><p>Etymology. The specific epithet jariensis is in reference to the type-locality, the rio Jari, a large tributary of the rio Amazon basin.</p><p>Distribution. Lithoxus jariensis is only known from rio Jari and small tributaries, at municipality of Almerim and Laranjal do Jari, Amapá State, Brazil (see Fig. 3).</p><p>Habitat. The new species L. jariensis is found in the bottom of a fast-flowing clear-water rivers of median to large size, such as rio Jari (Fig. 4). The bottom of the rivers was composed of small to large-sized rocks, loose stones, and sand.</p></div>	https://treatment.plazi.org/id/434FDD1ECD586421339C4D36FEE9FE7C	Public Domain	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.		MagnoliaPress via Plazi	Silva, Gabriel S. C.;Covain, Raphael;Oliveira, Claudio;Roxo, Fábio F.	Silva, Gabriel S. C., Covain, Raphael, Oliveira, Claudio, Roxo, Fábio F. (2017): Description of two new species of Lithoxus (Hypostominae: Loricariidae) from rio Jari and rio Amapá basins, Brazilian Guiana Shield. Zootaxa 4347 (1): 151-168, DOI: 10.11646/zootaxa.4347.1.9
434FDD1ECD516425339C4EA1F977F977.text	434FDD1ECD516425339C4EA1F977F977.taxon	http://purl.org/dc/dcmitype/Text	http://rs.tdwg.org/ontology/voc/SPMInfoItems#GeneralDescription	text/html	en	Lithoxus raso Silva & Covain & Oliveira & Roxo 2017	<div><p>Lithoxus raso, sp. n.</p><p>Fig. 5; Table 1</p><p>Holotype. MZUSP 123132, 44.3 mm SL, Brazil, municipality of Amapá, Amapá States, igarapé Balneário Raso, rio Amapá basin, 02°05’25” N, 50°53’20” W, 0 2 December 2015, C. Oliveira &amp; B.F. Melo.</p><p>Paratypes. LBP 21184 (5, 28.8–42.9 mm SL), collected with holotype . MHNG 2767.052 (2, 25.3–44.8 mm SL), collected with holotype .</p><p>Diagnosis. Lithoxus raso differs from all congeners, except L. pallidimaculatus by the presence of large light spots all over the body, spots similar in size with orbit diameter, (Fig. 5; vs. absence of light spots over the body or light spots very small, similar to size of a tooth, covering only the dorsal portion of the head in L. boujardi; see Fig. 6 for coloration pattern among Lithoxus species); from L. surinamensis and L. pallidimaculatus by having an adipose fin (vs. adipose fin absent); from L. lithoides and L. jantjae by having five branched anal-fin rays (vs. four); and from L. jantjae by having 14 branched caudal-fin rays (vs. 12). Moreover, the new species differs from L. bovallii by having a lower premaxillary tooth cup length, 3.3–4.0% HL (vs. 4.2–10.4% HL, personal communication with J.W. Armbruster for measurements of L. bovallii specimens from the type locality); from L. boujardi by having a greater adipose–spine length, 7.2–8.1% SL (vs. 3.6–4.7% SL), and a greater dorsal adipose– caudal distance, 13.1–14.6% SL (vs. 10.3–11.7% SL); from L. planquettei by smaller caudal peduncle depth, 8.4– 8.6% SL (vs. 9.7–10.5% SL); and from L. stocki by having medial premaxillary teeth with an enlarged and widened cusp (vs. cusps of all premaxillary teeth similar in size, not enlarged), and by having a shorter cleithral width, 30.9– 31.2% SL (vs. 32.6–34.2% SL).</p><p>Description. Morphometric data presented in Table 1. Medium sized loricariid (42–46 mm SL). In lateral view, dorsal profile convex from snout tip to dorsal-fin origin; straight and gradually descending from dorsal-fin origin to adipose-fin origin; concave from adipose-fin origin to upper caudal-fin spine. Ventral profile slightly concave from snout tip to anal-fin origin; slightly convex from anal-fin origin to insertion of lower caudal-fin spine.</p><p>Head and snout broadly rounded. Snout elongated (50–54% HL), anterior region depressed. Area around tip of snout free of plates and odontodes. Posterior nostril small, half of eye diameter. Dorsal profile of head ascending approximately 45° to parieto-supraoccipital. Eye small (orbit diameter 13–15 % HL), dorsolaterally positioned. Superior margin of orbit not elevated. Mouth moderate in size; oral disk occupying almost entire ventral surface of head. Lips without odontodes; lower lip larger than upper lip, but far from reaching cleithrum region. Margin of oral disk fringed, with low triangular papillae. Maxillary barbel relatively long and projecting anterolaterally from upper lip. Teeth bicuspid with deep division between cusps; four left premaxillary teeth, six to eleven left dentary teeth. Premaxillary tooth cusps increasing in size from lateralmost to medialmost tooth with medialmost tooth cusp two times as large as lateralmost tooth cusp. Dentary tooth cusps similar in size to lateralmost premaxillary tooth cusps. Dentary teeth of same size.</p><p>Body dorsoventrally depressed. In dorsal view, greatest body depth at dorsal-fin origin. Greatest body width at cleithral region; body progressively narrowing from opercular region to caudal fin. Cross-section of body between pectoral and pelvic fins rounded dorsally and flat ventrally. Body almost entirely covered by plates; except in ventral portions of head, abdomen and along dorsal-fin base.</p><p>Dorsal surface of body entirely covered by plates; three predorsal plates; seven plates below dorsal-fin base; four plates between dorsal fin and adipose fin. Lateral surface of body entirely covered by plates; mid-dorsal plate series developed, reaching end of adipose fin; lateral median plates 23–25; mid-ventral plate series developed, reaching end of adipose fin. Body plates with minute odontodes. Odontodes slightly hypertrophied on pectoral-fin spines, becoming gradually larger distally. Longest odontodes on posteriormost evertible cheek plates.</p><p>Dorsal-fin II,7; dorsal-fin spinelet V -shaped, dorsal-fin locking mechanism present; dorsal-fin origin approximately at midpoint between pectoral- and pelvic-fin origins; last dorsal-fin ray not reaching adipose fin when depressed. Pectoral-fin I,6; pectoral-fin spine reaching slightly beyond base of pelvic-fin spine when depressed. Pelvic-fin I,5; reaching anal-fin origin when depressed. Anal-fin I,5. Adipose fin with single azygous preadipose plate; posterior margin of adipose-fin membrane convex, extending posteriorly beyond adipose-fin spine. Cross-section of caudal peduncle ellipsoid, rounded dorsally and ventrally. Three caudal peduncle plate rows. Caudal-fin I, 7−I,7; caudal fin obliquely forked, lower lobe longer than upper.</p><p>Color in alcohol. Background color dark brown on dorsum and sides of body, becoming lighter ventrally. Large white spots on trunk, becoming larger on posterior portion of body. Fins with irregular and poorly defined bars: three or four on anal, pectoral, dorsal and pelvic-fin rays. Caudal-fin dark with one large hyaline bar in middle portion. Hypertrophied odontodes on posteriormost evertible cheek plates and on pectoral-fin spines; pectoral-fin spines reddish. Cross-section of caudal peduncle ellipsoid.</p><p>Sexual dimorphism. Males possess a papilla posterior to urogenital opening (absent in females).</p><p>Etymology. The specific epithet raso is in reference to the type-locality, the igarapé Balneário Raso, a tributary of the rio Amapá, Atlantic coastal drainage. A noun in apposition.</p><p>Distribution. Lithoxus raso is only known from igarapé Raso, at the municipality of Amapá, in Amapá State, Brazil (Fig. 3).</p><p>Habitat. The new species L. raso is found associated with rocks and sand in the bottom of small to medium sized rivers (Fig. 4).</p><p>! " # $%&amp; $ ’</p><p>()! * + +, + ­.</p><p>! " # # # $ %</p><p>$%&amp; /0// 121 ­13 144 5./16.3 7 L. planquettei 8 9 + 8:!;6;6;­ &lt;/=11/0=</p><p>64/ &lt;4.////</p><p>$%&amp;&gt;­.46&lt;5.?146.0 7 L. planquettei $:!;8; 6;­ &amp;!</p><p>$%&amp; /0/3 1&lt;0 ­.1 4=. 5.44/6.0 7 L. planquettei 8:!;6;6;­ &lt;14 64/ 0</p><p>$%&amp; /0/3 1&lt;0 ­.1 4=3 5.4436.0 7 L. planquettei 8:!;6;6;­ &lt;14 64/ 0</p><p>$%&amp; /0// 121 ­13 140 5.41&lt;6.0 7 L. planquettei 8 9 + 8:!;6;6;­ &lt;/=11/0=</p><p>64/ &lt;4.////</p><p>$%&amp; /2=/ 14. ­12 3 /= 5.4/.6.0 7 L. planquettei 8 9 8:!;6;6;­ &lt;/=12220</p><p>64/ &lt;4.3==?</p><p>$%&amp; /2=/ 104 ­12 &lt;1= 5.4/36.0 7 L. planquettei 8 9 &amp; ­ @ 5:!;6;6;­ &lt;&lt;/====? 64/ 33=/4</p><p>$%&amp; ­?? 144 5.0 0 0 6.0 7 L. planquettei 8 9 A B,:!;6;6;­ &lt;4&lt;432..</p><p>64/.4.?&lt;&lt;&lt;</p><p>$%&amp; ­?? 14= 5.00=6.0 7 L. planquettei 8 9 A B,:!;6;6;­ &lt;4&lt;432..</p><p>64/.4.?&lt;&lt;&lt;</p><p>$%&amp; ­?? 14? 5.00?6.0 7 L. planquettei 8 9 A B,:!;6;6;­ &lt;4&lt;432..</p><p>64/.4.?&lt;&lt;&lt;</p><p>$%&amp; /2=/ 103 ­12 3=&lt;5.4//6.0 7 L. planquettei 8 9 C 5:!;6;6;­ &lt;&lt;0304 64/ &lt;/=?0// /1&lt;2= =.1/0 7 $­?2/=?. L. jariensis D D; E F;C; @ 61 4332 64/ 4=&lt;0 $%&amp; /0/&lt;110 1. 3.= 5 //&lt;06.0 7 L. 8 9 B:!;6; H; 4 ..?....</p><p>pallidimaculatus 644 /=3.220</p><p>$%&amp; /0/&lt;112 1. 31. 5 //&lt;26.0 7 L. 8 9 B:!; 6; H; 4 ..?....</p><p>pallidimaculatus 644 /=3.220</p><p>$%&amp; /203 141 14.=? 5 //4/6.0 7 L. pallidimaculatus 8 E 8 H::!;6;,; 3?10?0//</p><p>644 400////</p><p>$%&amp; /0// 1== 1=./// 5 //=16.0 7 L. ­ 8 H $ 8 H 8, E:!; 6 4 /01 =333</p><p>pallidimaculatus;8, E; 64&lt;?/14442</p><p>. $%&amp; /0// 1== 1=.//3 5 //=.6.0 7 L. ­ 8 H $ 8 H 8, E:!; 6 4 /01 =333</p><p>pallidimaculatus;8, E; 64&lt;?/14442</p><p>$%&amp; /0// 1== 1=.//&lt;5 //=/6.0 7 L. ­ 8 H $ 8 H 8, E:!; 6 4 /01 =333</p><p>pallidimaculatus;8, E; 64&lt;?/14442</p><p>$%&amp; /0// 1== 1=.//1 5 //0?6.0 7 L. ­ 8 H $ 8 H 8, E:!; 6 4 /01 =333</p><p>pallidimaculatus;8, E; 64&lt;?/14442 ……continued on the next page I8 J</p><p>! " # # # $ %</p><p>$%&amp; /0/&lt;124 K1&lt;/0&lt;5.?1?6.0 7 L. bovallii B H 8 " 9:!;6;:; &lt;24??.20</p><p>64= 2021442</p><p>$%&amp; /0&lt;/ 134 10.4&lt;5 //216.0 7 L. bovallii&gt;:!,:!;6 / &lt;...3=?</p><p>;,; 642?/&lt;0///</p><p>$%&amp; /032 1&lt;2 ­./ 5.=1?6.0 7 L. bovallii $ $ ­ B:!;6;,; &lt;&lt;//04 640.?.000=</p><p>1?&lt;I.J</p><p>$%&amp; 1. &lt;13 5 //&lt;=6.0 7 L. bovallii H $ &amp; H:!;6;6; &amp;!</p><p>$%&amp; /040 102 ­.&lt;.1=3 5.=&lt;16.0 7 L. bovallii $ 8 H &amp; H:!;6;,; &lt;3?4&lt;&lt;&lt;&lt; 6 44 0==?&lt;&lt;&lt;</p><p>$%&amp; /032 131 ­./ &lt;40 5.0?46.0 7 L. bovallii $ $ ­ B:!;6;,; &lt;&lt;//04 640.?.000=</p><p>$%&amp; /032 131 ­./ &lt;4= 5.0?26.0 7 L. bovallii $ $ ­ B:!;6;,; &lt;&lt;//04 640.?.000=</p><p>$%&amp; /032 1&lt;2 ­./ 5.=.16.0 7 L. bovallii $ $ ­ B:!;6;,; &lt;&lt;//04 640.?.000=</p><p>1?&lt;I/J</p><p>$%&amp; /0// 142 1. &lt;/= 5 //&lt;?6.0 7 L. bovallii H $ &amp; H:!;6;6; &amp;!</p><p>$%&amp; /0// 142 1. &lt;/? 5 //416.0 7 L. bovallii H $ &amp; H:!;6;6; &amp;!</p><p>$%&amp; /040 102 ­.&lt;.1=&lt;5.=&lt;.6.0 7 L. bovallii $ 8 H &amp; H:!;6;,; &lt;3?4&lt;&lt;&lt;&lt;</p><p>644 0==?&lt;&lt;&lt;</p><p>$%&amp; /032 1&lt;2 ­./ 5.=..6.0 7 L. bovallii $ $ ­ B:!;6;,; &lt;&lt;//04 640.?.000=</p><p>1?&lt;I3 J</p><p>$%&amp; ­.4 /3? 5.2&lt;06.0 7 L. stocki *:!;6;6;­ 3 3? 643?/4=</p><p>$%&amp; ­.4 &lt;4. 5.0./6.0 7 L. stocki *:!;6;6;­ 3 3?.? 643 =3..</p><p>$%&amp; ­.4 /&lt;1 5.2&lt;=6.0 7 L. stocki *:!;6;6;­ 3 3? 643?/4=</p><p>$%&amp; /0/3 1&lt;. ­.1 432 5.4416.0 7 L. boujardi 8 8 H C:!;6;6;­ &lt;1=1/&lt;64/ 2=&lt;=.</p><p>$%&amp; D5.36?I.J 5.&lt;?&lt;6.0 7 L. boujardi * C:!;6;6;­ &lt;13333 64/ 4.20</p><p>$%&amp; D5.36. 5.&lt;=36.0 7 L. boujardi &amp; 8 8 H C:!;6;6;­ &amp;!</p><p>$%&amp; /22/ 1?1 ­13.4&lt;5.4.16.0 7 L. boujardi C L 8 H C:!;6;6;­ &lt;11&lt;2220</p><p>64/ 2.33==?</p><p>$%&amp; /22/ 1?1 ­13.4= 5.4..6.0 7 L. boujardi C L 8 H C:!;6;6;­ &lt;11&lt;2220</p><p>64/ 2.33==?</p><p>$%&amp; D5.36?I/J 5.&lt;?46.0 7 L. boujardi * C:!;6;6;­ &lt;13333 64/ 4.20</p><p>$%&amp; /01= 1?2 $ &lt;44 5 /./46.0 7 L. boujardi &amp; 8 H C:!;6;6;­ &amp;!</p><p>$%&amp; /0/3 1&lt;. ­.1 431 5.4&lt;?6.0 7 L. boujardi 8 8 H C:!;6;6;­ &lt;1=1/&lt;64/ 2=&lt;=. 41/4 /4?2&lt;7 01.0/2 H. ancistroides: 68;: 8;; @ &amp;!</p></div>	https://treatment.plazi.org/id/434FDD1ECD516425339C4EA1F977F977	Public Domain	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.		MagnoliaPress via Plazi	Silva, Gabriel S. C.;Covain, Raphael;Oliveira, Claudio;Roxo, Fábio F.	Silva, Gabriel S. C., Covain, Raphael, Oliveira, Claudio, Roxo, Fábio F. (2017): Description of two new species of Lithoxus (Hypostominae: Loricariidae) from rio Jari and rio Amapá basins, Brazilian Guiana Shield. Zootaxa 4347 (1): 151-168, DOI: 10.11646/zootaxa.4347.1.9
