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The larger specimen (about +35 cm +TL) was photographed by the third author on a sandy bottom at + +12 m +depth + +at +28°55’9.3”N +13°40’13.7”W +, + +26 Jun. 2021 + +, 19:00 (at sunset). The smallest specimen (about +30 cm +TL) was recently observed by another diver on a sandy clearing surrounded by rocks at + +5 m +depth + +at +28°55’9.1”N +13°40’10.1”W +, + +6 May 2023 + +, 21:30 (nocturnal), about + +50 m + +away from the previous one + +. + + +Maximum published size, +100 cm +TL ( +Nielsen, 1986 +) and +25 kg +( +Frimodt, 1995 +); common length up to +50-70 cm +TL ( +Muus and Dahlstrøm, 1989 +; +Frimodt, 1995 +; +Munroe and Chanet, 2016 +). The individuals observed therefore correspond to adult or subadult specimens. + + +Remarks. +– It is an eastern Atlantic cold-temperate species, inhabiting on sandy, rocky or mixed substrata in coastal waters, from +1 m +to about +70 m +( +Muus and Dahlstrøm, 1989 +; +Munroe and + + +Chanet, 2016). A marine and brackish species. Adult turbots feed primarily on other bottom-living fishes including gobies, sand eels, herrings, young soles, and occasionally consuming decapod crustaceans and bivalve molluscs ( +Munroe and Chanet, 2016 +; +Froese and Pauly, 2023 +). For more information on biological, ecological and fisheries data on this species, see +Munroe and Chanet (2016) +and +Froese and Pauly (2023) +. Distribution: Eastern Atlantic; from coastal waters of +Norway +above Arctic Circle (about +70°N +) and +Iceland +, most of Baltic Sea, along western European coasts including +Great Britain +and western +Ireland +, south to off Cape Bojador, +Western Sahara +( +26°N +); also, throughout the Mediterranean, Black Sea and Azov Sea. A single capture from Caspian Sea ( +Munroe and Chanet, 2016 +; +Froese and Pauly, 2023 +). + + + + \ No newline at end of file diff --git a/data/03/D4/7B/03D47B42AD3FFF2A4E0EF9C0B199F8FF.xml b/data/03/D4/7B/03D47B42AD3FFF2A4E0EF9C0B199F8FF.xml new file mode 100644 index 00000000000..08314f5462e --- /dev/null +++ b/data/03/D4/7B/03D47B42AD3FFF2A4E0EF9C0B199F8FF.xml @@ -0,0 +1,135 @@ + + + +First records of Lepidorhombus whiffiagonis and Scophthalmus maximus (Scophthalmidae) from the Canary Islands (north-eastern Atlantic) + + + +Author + +González, José A. + + + +Author + +Lorenzo, José M. + + + +Author + +Telle, Arthur + +text + + +Cybium + + +2024 + +48 + + +1 + + +75 +79 + + + + +http://dx.doi.org/10.26028/cybium/2023-037 + +journal article +10.26028/cybium/2023-037 +2101-0315 +14681560 + + + + + + + +Lepidorhombus whiffiagonis +(Walbaum, 1792) + +– Megrim + + + + + + +( +Fig. 1 +; Tab. I) + + +Material examined. +Two unsexed adults, +508 mm +TL, +423 mm +SL (TFMCBM-VP/01958), +480 mm +TL, +408 mm +SL (TFMCBM-VP/01959), off La Santa, Tinajo, west of the island of Lanzarote, +29°10’N +13°40’W +, +280-290 m +, +28 Jan. 2023 +, soft substrate, bottom trammel net. + + +(1) Ecología +Marina Aplicada y Pesquerías +, i-UNAT, Universidad de Las Palmas de Gran Canaria (ULPGC), Campus de Tafira, + + +35017 Las Palmas de Gran Canaria, +Spain +. pepe.solea@ulpgc.es, josemaria.lorenzo@ulpgc.es + + +(2) Professional Underwater Photographer, Lomo de la Herradura, 35200 Telde, Las Palmas, +Spain +.arturotelle@hotmail.com and +300 m +, living on the inner continental shelf ( +Munroe and Chanet, 2016 +). Adult megrims occur on soft bottom. They are voracious diurnal predators feeding primary on small bottom-living fishes, but also including squids and crustaceans in its diet ( +Nielsen, 1986 +; +Munroe and Chanet, 2016 +). For more information on biological, ecological and fisheries data on this species, see +Munroe and Chanet (2016) +and +Froese and Pauly (2023) +. Distribution: Eastern Atlantic. Known from Scandinavia ( +Iceland +, +Norway +, and +Sweden +) ( +64°N +), Baltic Sea and Faeroe Islands and southward to off the coasts of western Europe and northwestern Africa to about Cape Bojador, +Western Sahara +( +26°N +), including the Azores Islands; also western, central, and eastern Mediterranean Sea ( +Munroe and Chanet, 2016 +; +Froese and Pauly, 2023 +). + + + + \ No newline at end of file diff --git a/data/56/55/86/5655862EFFE4E414FC73FC77FEB5FACE.xml b/data/56/55/86/5655862EFFE4E414FC73FC77FEB5FACE.xml new file mode 100644 index 00000000000..7f01eac8ac9 --- /dev/null +++ b/data/56/55/86/5655862EFFE4E414FC73FC77FEB5FACE.xml @@ -0,0 +1,132 @@ + + + +Reef-associated Bony Fishes of the Tropical Eastern Pacific: 2024 (VERSION 1) DATABASE + + + +Author + +Matsunuma, Mizuki + + + +Author + +Seah, Ying Giat + + + +Author + +Kadir, Siti Tafzilmeriam Sheikh Abdul + + + +Author + +Manjaji-Matsumoto, B. Mabel + + + +Author + +Motomura, Hiroyuki + +text + + +Cybium + + +2024 + +48 + + +2 + + +169 +172 + + + + +http://dx.doi.org/10.5281/zenodo.13863108 + +journal article +10.26028/cybium/2024-010 +2101-0315 +14681568 + + + + + + + +Onigocia grandisquama +(Regan, 1938) + + + + + + + +( +Fig. 1 +) + +The following specimen was examined: KAUM-I. 190004, + +66.5 mm +SL, off Kuantan, +Pahang +, +Malaysia +[obtained at Lembaga + + +During a marine fish fauna survey at Kuantan, +Pahang State +, +Malaysia +(east coast of Peninsular +Malaysia +), conducted in +September 2023 +, a single specimen of + +Onigocia grandisquama +(Regan, 1938) + +(Perciformes: +Platycephalidae +) and two of + +Soleichthys siammakuti +Wongratana, 1975 + +( +Pleuronectiformes +: +Soleidae +) were obtained at a Fisheries Development Authority of +Malaysia +(LKIM) fish landing port in Kuantan. Subsequently, two additional specimens of + +S. siammakuti + +from the +Philippines +and +Sabah State +( +Malaysia +) were found in the fish collections of the Kagoshima University Museum and Borneo Marine Research Institute, respectively. The specimens represent first records of each species from those regions. + + + + \ No newline at end of file diff --git a/data/56/55/86/5655862EFFE5E416FC46FD07FC17FB9D.xml b/data/56/55/86/5655862EFFE5E416FC46FD07FC17FB9D.xml new file mode 100644 index 00000000000..6c599119cfa --- /dev/null +++ b/data/56/55/86/5655862EFFE5E416FC46FD07FC17FB9D.xml @@ -0,0 +1,332 @@ + + + +Reef-associated Bony Fishes of the Tropical Eastern Pacific: 2024 (VERSION 1) DATABASE + + + +Author + +Matsunuma, Mizuki + + + +Author + +Seah, Ying Giat + + + +Author + +Kadir, Siti Tafzilmeriam Sheikh Abdul + + + +Author + +Manjaji-Matsumoto, B. Mabel + + + +Author + +Motomura, Hiroyuki + +text + + +Cybium + + +2024 + +48 + + +2 + + +169 +172 + + + + +http://dx.doi.org/10.5281/zenodo.13863108 + +journal article +10.26028/cybium/2024-010 +2101-0315 +14681568 + + + + + + + +Soleichthys siammakuti +Wongratana, 1975 + + + + + + + +( +Fig. 3 +) + + + +The +following specimens were examined: +IPMB-I 01.00224 +, +81.7 mm +SL, off +Kota Kinabalu +, +Sabah +, +Malaysia +(obtained at + +Kota Kinabalu +Central Fish Market + +), +B. M. Manjaji-Matsumoto +& +H. Nishiyama +, + +2 Aug. 2012 + +; +KAUM-I +. 42116, +69.7 mm +SL, +Bindoy +, +Negros +, +Philippines +, +9°45’N +, +123°08’E +, + +15-20 Sep. 1981 + +; +KAUMI +. 189729, +93.3 mm +SL, +KAUM-I +. 189730, +84.1 mm +SL, off Kuantan, +Pahang +, +Malaysia +(obtained at +LKIM +Fish Landing +Port Kuantan +), +3°45’N +, +103°30’E +, +KAUM +& +UMT +fish team, bottom trawl, + +22 Sep. 2023 + +. Counts and measurements (as % of SL) of the specimens were as follows: 73-80 dorsal-fin rays; 62-68 anal-fin rays; 8 and 7 pectoral-fin rays on ocular and blind sides, respectively; 5 pelvic-fin rays on both ocular and blind sides; 18 or 19 caudal-fin rays; 88-100 pored lateral-line scales; body depth 34.8-35.9; head length 16.8-18.9; suprapectoral width 16.8-18.7; subpectoral width 10.9-13.7; head width 20.3-25.5; head width at eye 16.8-21.0; caudal-fin length 14.8-16.0; caudal-peduncle width 7.4-8.5; pectoral-fin length 8.9-12.2; lower eye diameter 2.9-3.5; upper eye diameter 3.6-3.6; snout length 3.9-4.4; naris length 3.9-6.2; lower-jaw length 4.8-5.6; blind-side naris to snout 5.3-6.5; pectoral fin to lateral line 4.9-5.2; postorbital length 8.9-10.7 + +. + + + +Figure 3. – Fresh (A-C) and preserved (D) specimens of + +Soleichthys siammakuti + +. +A +, +B +: KAUM-I. 189729, 93.3 mm SL, Kuantan, Pahang, Malaysia; +C +: IPMB-I 01.00224, 81.7 mm SL, Kota Kinabalu, Sabah, Malaysia ( +B +: blind side); +D +: KAUM-I. 42116, 69.7 mm SL, Bindoy, Negros, Philippines. + + + +The present specimens ( +Fig. 3 +) were identified as + +S. siammakuti + +, having the following combination of characters: 73-80 dorsal-fin rays; 62-68 anal-fin rays; 88-100 pored lateral-line scales; body with crossbands, darker bands much broader than lighter bands; dorsal, anal and caudal fins with large bright yellow spots when fresh (semitranslucent spots in preserved specimens); and 2 small white spots on lateral line (obscured in preserved specimens). Following the description of + +S. siammakuti + +by +Wongratana (1975) +, two further species of + +Soleichthys + +have been recognized as valid, and four newly described. + +Soleichthys siammakuti + +can be readily distinguished from these and all other congeners by its unique color pattern, including crossbands on the body and yellow spots on the median fins (see +Muchhala and Munroe, 2004 +; +Munroe and Menke, 2004 +; +Randall and Munroe, 2008 +). + + +Most of the count and measurement values of the present specimens differed from the original description of + +S. siammakuti + +[ +e +. +g +., dorsal-fin rays +73-80 in +the former +vs +. +80 in +the latter; pored lateral-line scales 88-100 +vs +. 95 or 108, see +Wongratana (1975 +: table 1)]. These differences are regarded as intraspecific variations, since the original description was based solely on +two specimens +. The smallest examined specimen (KAUM-I. 42116, +69.7 mm +SL; +Fig. 3D +) possessed elevated eyes with a broadly naked interorbital region, the latter being scaled in the other specimens ( +81.7-93.3 mm +SL, interorbital region with 2-9 scale rows at level of mid-orbit). +Wongratana (1975) +had noted that the +two type +specimens ( +78.5- 82.4 mm +SL) also possessed scales on the interorbital region. The smallest specimen also differed from larger specimens by having a broad light band basally on the caudal fin, and several light spots on the dorsal and anal fins roughly adjacent to light bands on the body. Underwater photographs of + +S. siammakuti + +registered in the Global Biodiversity Information Facility (GBIF) (see iNaturalist contributors & iNaturalist, 2023a, c), which appear to have been of small juveniles, indicated relatively large elevated eyes, with no scales on the narrow interorbital space. The GBIF-photographed individu- als also had a similar color pattern to KAUM-I. 42116, differing from adult specimens in having broader brown bands (iNaturalist contributors & iNaturalist, 2023c) or a brown body with whitish vermiculations (iNaturalist contributors & iNaturalist, 2023a). +Allen and Erdmann (2012) +reported underwater photographs of a “ + +Soleichthys +species + +,” which had a similar colour pattern to + +S. siammakuti + +, but varied considerably according to locality and growth stage. To clarify the identification of those photographed individu- als, more information based on voucher specimens is required. At this stage, however, we tentatively identified the GBIF photographs as + +S. siammakuti + +, regarding the differences in interorbital squamation and coloration as growth-related intraspecific variations. + + + + + +Soleichthys siammakuti + +was originally described by +Wongratana (1975) +, based on +two specimens +from the northern Gulf of +Thailand +. Although the species has been recorded subsequently from Lembeh Strait, +Indonesia +, based on underwater photographs (iNaturalist contributors & iNaturalist, 2023a-c), the species is rare in museum collections worldwide, with no additional voucher specimens recorded. Although +Hutchins (2001: 47) +listed + +S. siammakuti + +in a checklist of the fishes of Western Australia, it is more likely that this record represents another species, subsequently described as new, +e +. +g +., +Muchhala and Munroe (2004) +and +Munroe and Menke (2004) +. Therefore, the present specimens from Kuantan (east coast of Peninsular +Malaysia +), Kota Kinabalu (northeastern Borneo) and Negros represent the first specimen-based records of the species from +Malaysia +and the +Philippines +, indicating a widespread distribution in the South +China +Sea region ( +Fig. 2 +). + + +Acknowledgments +. – We are grateful to S. Kimura (FRLM), Y. Hibino (formerly FRLM), M. Nakae and K. Kobayashi (NSMT), J. Nakamura, T. Matsumoto, R. Cabebe, R. Koreeda, R. Furuhashi, and Y. Dewa (KAUM), T.N.A. Mat Jaafar, S.A. Mat Piah, N.A. Abd Latiff, R. Okamoto and M.S. Ali (UMT), and S.W. Abdurahman (IIUM) for their assistance during the survey at Kuantan, F.A. Asalin (IPMB) and G.S. Hardy (Ngunguru, +New Zealand +) for reading the manuscript and providing help with English. The first author is also grateful to the students of KAUM for their hospitality during his stay at their institution. This study was supported in part by Universiti +Malaysia +Terengganu (UMT) through a Strategic Research Grant (vote number 55435); JSPS KAKENHI Grant Numbers 20H03311, 21H03651, and 21K14905; the JSPS Core-to-Core CREPSUM JPJSCCB20200009; and the “Establishment of Glocal Research and Education Network in the Amami Islands” project of +Kagoshima +University adopted by the Ministry of Education, Culture, Sports, Science and Technology, +Japan +. Fish collection was done under MyABS permit number 600206, together with research approvals from +Kelantan State +Economic Planning Unit, +Terengganu State +Economic Planning Unit, +Pahang State +Biodiversity Council and +Johor state +Economic Planning Division. We wish to acknowledge the support and facilities provided by the Fisheries Development Authority of +Malaysia +(LKIM), Fishermen Association, Universiti +Malaysia +Terengganu, South +China +Sea Repository and Reference Centre and International Islamic University +Malaysia +Kuantan (IIUM). Special thanks go to the +Japan +Society for the Promotion of Science (JSPS): Core-to-Core project Collaborative Research and Education Project in Southeast Asia for Sustainable Use of Marine Ecosystems (CREPSUM) for continuing support of marine fish diversity studies. The authors thank two anonymous reviewers for their use- ful comments. + + + + \ No newline at end of file diff --git a/data/78/28/87/782887F82D59FF80D7B8A022918BF8AE.xml b/data/78/28/87/782887F82D59FF80D7B8A022918BF8AE.xml new file mode 100644 index 00000000000..6f256a7c362 --- /dev/null +++ b/data/78/28/87/782887F82D59FF80D7B8A022918BF8AE.xml @@ -0,0 +1,522 @@ + + + +A new species of long dorsal-fin Schindleria (Teleostei: Gobiiformes: Gobiidae) from Rapa Nui (Chile) + + + +Author + +Robitzch, Vanessa + + + +Author + +Landaeta, Mauricio F. + + + +Author + +Ahnelt, Harald + +text + + +Cybium + + +2024 + +48 + + +1 + + +35 +44 + + + + +http://dx.doi.org/10.26028/cybium/2023-040 + +journal article +10.26028/cybium/2023-040 +2101-0315 +14681473 + + + + + + + +Schindleria squirei + +new species + + + + +http://zoobank.org/ +DC22699E-BB64-410D-8432- 76B01C5A8A70 + + + + +( +Figs 2-5 +; Tabs I-II) + + + + +Holotype + +. +NMW 100576 +; female, +19.2 mm +standard length (SL), +20.7 mm +total length (TL)L; +Southeast Pacific +, +Chile +, +Rapa Nui +( +Easter Island +), +Hanga Roa +; +27°8’50.11”S +, +109°25’54.49”W +; + +Nov. 2019 + +; Vanessa Robitzch. + + + + + +Paratypes + +. +NMW 100577 +; +two females +, +19.2 mm +SL, +20.4 mm +TL and +20.9 mm +SL, +22.5 mm +TL; +one male +, +17.2 mm +SL, +19.2 mm +TL. Otherwise, same data as the holotype + +. + + + +The +four type +specimens of + +Schindleria squirei + +n. sp. +are deposited in the +Naturhistorisches Museum +Wien +( +NMW +), +Vienna +, +Austria +. +The +specimens are preserved in 75% EtOH + +. + + + + +Diagnosis + + +Body slender, elongated and not pigmented in preserved specimen; a species of the long dorsal fin species group with predorsal-fin length 60.2% in SL and preanal-fin length 70.4% in SL; tail distinctly shorter than abdomen, 29.8% of SL; head massive, 48.7% width in head length, with a con-con- vex dorsal profile; a relatively narrow pectoral-radial plate, 52.4% width of pectoral-radial plate length; 20-21 dorsal-fin rays; 12 anal-fin rays; first anal-fin ray situated opposite the from head to anus; tail distinctly shorter than abdomen and ending in a long, narrow caudal peduncle (ca. 12% in caudal peduncle length) ( +Fig. 2 +); head large with a convex profile ( +Fig. 3 +); eyes (ca. 26% of head length) and postorbital length (ca. 50% of head length) large; snout short (ca. 25% of head length), rounded; jaws not reaching to a vertical through the middle of the orbit; lower jaw protruding, mouth superior; the arch formed by the lower jaw wide with straight anterior outline ( +Fig. 4 +); teeth on premaxilla (tooth bearing element of the upper jaw) along its entire ventral margin, teeth on dentary (tooth bearing element of the lower jaw) on the anterior quarter on a bony ridge. + + + +dorsal-fin ray 9-10; teeth on both jaws tiny, conical, densely +Description +set; largest specimen 20.9 mm SL. Morphometric (Table I) and meristic characters (Table II) + +are given separately for the holotype and the three paratypes, + +respectively. Body slender, somewhat Table I. – Body proportions in % standard length of + +Schindleria squire + +n. sp. +, Rapa Nui, compressed, elongate and not pigmented; Chile. gradually slightly increasing in depth + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +
+ +S. squirei + + + +S. squirei + + + +S. squirei + + + +S. squirei + +
HolotypeParatypeParatypeParatype
NMW 100576100577:1100577:2100577:3
Sex (n)FemaleFemaleFemaleMale
Standard length (mm)19.220.919.317.2
+% Standard length +
Predorsal fin length57.158.457.459.5
Preanal-fin length70.869.270.570.1
Preanus length68.568.968.267.7
Gut length56.155.455.854.2
Base of dorsal fin32.631.832.334.8
Base of anal fin21.520.721.122.2
Tail length (excluding caudal fin)31.229.331.332.3
Head length11.711.011.410.8
Head width6.86.66.66.8
Head depth6.96.96.8d
Caudal fin length7.87.77.67.5
Body depth at pectoral-fin base4.44.64.54.2
Body depth at anus6.46.46.45.3
Body depth at origin of anal fin5.05.15.04.8
Body depth at 4th anal fin ray5.45.45.55.3
Position of swim bladder along body52.351.752.050.9
Caudal peduncle length8.18.68.48.9
Caudal peduncle depth (min.)1.11.11.11.0
Pectoral fin plate length3.83.93.84.1
Pectoral fin plate width (at origin)1.41.51.51.7
Pectoral fin plate width (max.)2.02.02.02.1
Snout length3.23.03.02.7
Eye diameter3.23.03.03.0
Postorbital length5.44.95.14.9
Interorbital distance3.73.43.63.3
Urogenital papilla length3.0
+% Caudal peduncle length +
Caudal peduncle depth12.512.912.711.7
+% Head length +
Head width50.950.950.950.7
Snout length26.124.625.825.0
Eye diameter26.124.625.827.8
Postorbital length49.650.850.149.2
Interorbital distance23.923.123.826.6
+% Eye diameter +
Interorbital distance92.794.592.996.2
+% Pectoral fin plate length +
Pectoral fin plate width at origin37.838.637.839.8
Pectoral fin plate width (max.)54.055.154.050.0
+
+ +First dorsal fin and pelvic fins absent; dorsal-fin rays 20-21; anal-fin rays 12; pectoral-fin rays 16-17; principle caudal-fin rays 13 (7+6); caudal-fin truncated; procurrent rays 5-6 dorsal, 6 ventral, gradually increasing in length; last procurrent ray somewhat elongated, simple, with no additional spine; base of first dorsal fin ray at myomeres 15-16, that of last dorsal fin ray on myomeres 33-34; base of first anal fin ray on myomeres 23-24, that of last anal fin ray on myomere 33-34; total number of myomeres 35-36 with 21-22 abdominal and 13-14 caudal; vertebrae 35-36 (inclusive urostyle), with 21-22 abdominal and 13-14 caudal; branchiostegal rays 5; pectoral radial plate longer than wide but relatively narrow with 52.4% (maximum width) in length, narrow at origin and wider distally ( +Fig. 5 +); gut straight; male urogenital papilla elongate, tube-like and tapering towards tip ( +Fig. 6 +), without projections or lobes at or near opening, that of female roundish with two short, thin and rod-like projections ( +Fig. 7 +); number of eggs 30-40; swim bladder small, dorsally pigmented, located in posterior half of the abdomen at myomeres 14-16 ( +Fig. 4 +). + +
+
+
\ No newline at end of file diff --git a/data/B6/52/87/B65287A099020367FF29FDBC07E5FB80.xml b/data/B6/52/87/B65287A099020367FF29FDBC07E5FB80.xml new file mode 100644 index 00000000000..8e18a2946e7 --- /dev/null +++ b/data/B6/52/87/B65287A099020367FF29FDBC07E5FB80.xml @@ -0,0 +1,501 @@ + + + +Four new goatfishes (Upeneus, Mullidae, Mulliformes) from the Asian Indo-Pacific with a list of valid goatfish species and remarks on goatfish diversity + + + +Author + +Uiblein, Franz + + + +Author + +Williams, Jeffrey T. + + + +Author + +Bailly, Nicolas + + + +Author + +Hoang, Tuan A. + + + +Author + +Rajan, P. Thomas + +text + + +Cybium + + +2024 + +48 + + +2 + + +135 +160 + + + + +http://dx.doi.org/10.5281/zenodo.13863108 + +journal article +10.26028/cybium/2024-001 +2101-0315 + + + + + + +Upeneus heterospinus +Uiblein & Pavlov, 2019 + + + + +Types. + +Holotype +: +VNMN-I 2015 +, +91 mm +SL, +South-central +Vietnam +, +W Pacific +, +South +China +Sea +, +Khanh Hoa province +, +Nha Trang +, +N of Hon Tre +, +12°13’21”N +, +109°18’30”E +, obtained from hookah divers; +paratypes +: +South-central +Vietnam +, +W Pacific +, +South +China +Sea +: +Phu Yen province +, +Vung Ro Bay +, +12°52.11’N +, +109°24.66’E +, obtained from hookah divers: +VNMN-I 2016 +, +70 mm +SL; +VNMN-I +2017, 101 mm +SL; +VNMN-I 2018 +, +96 mm +SL; +Khanh Hoa province +, +Nha Trang Bay +: +N of Hon Tre +, +12°13’21”N +, +109°18’30”E +, obtained from hookah divers: +VNMN-I 2020 +, +97 mm +SL; +VNMN-I +2021, 112 mm +SL; +VNMN-I +2022, 106 mm +SL; +VNMN-I +2023, 113 mm +SL; +VNMN-I +2024, 105 mm +SL; +VNMN-I +2025, 109 mm +SL; +VNMN-I +2026, 100 mm +SL; +VNMN-I +2027, 112 mm +SL; +VNMN-I +2028, 104 mm +SL; +VNMN-I +2029, 104 mm +SL; +VNMN-I +2030, 103 mm +SL; +VNMN-I 2031 +, +96 mm +SL; +VNMN-I +2032, 103 mm +SL; +S of Hon Tre +, obtained from hookah divers: +HIFIRE +F +58110, 120 mm +SL; +HIFIRE +F +58115, 109 mm +SL; +VNMN-I +2033, 123 mm +SL; +Cua Be +: +CSIRO +H 8427-01 +, +90 mm +SL, landing site, +12°12.09’N +, +109°12.12’E +; +HIFIRE +F +58203, 105 mm +SL, fish market, +12°12.10’N +, +109°12.05’E +; +Nha Trang +city, fish market: +CSIRO +H 8428-01 +, +82 mm +SL; +CSIRO +H 8428-02 +, +82 mm +SL; +HIFIRE +F +58178, 152 mm +SL; +NHMO +J +7217, 114 mm +SL; +NHMO +J 7218 +, + + + + + +103 mm +SL; Nha +Trang +, no further locality details: MNHN 1965- 272, +90 mm +SL; ZMUC P49483, +84 mm +SL. + + +Non-types. +N + +Vietnam +, +W Pacific +, +South + + +China +Sea +, +Qu +ảng +Ninh province +, +Ha Long Bay +, +Van Don +landing site, +21°03.61’N +, +107°25.81’E +: +HIFIRE +F 58382 +, +97 mm +SL; +NHMO +J +7219, 104 mm +SL; +VNMN-I +2034, 109 mm +SL; +VNMN-I +2035, 113 mm +SL; +VNMN-I +2036, 104 mm +SL; +VNMN-I +2037, 108 mm +SL; +VNMN-I +2038, 108 mm +SL; +Ha Long +: +VNMN-I 2039 +, +83 mm +SL; +VNMN-I 2040 +, +83 mm +SL; +VNMN-I +2041, 122 mm +SL; +VNMN-I 2042 +, +93 mm +SL; +VNMN-I +2043, 108 mm +SL; +VNMN-I 2044 +, +94 mm +SL; +VNMN-I +2045, 117 mm +SL; +VNMN-I 2046 +, +87 mm +SL; +VNMN-I 2047 +, +72 mm +SL; +VNMN-I 2048 +, +82 mm +SL; +VNMN-I 2049 +, +80 mm +SL; +VNMN-I 2050 +, +77 mm +SL; +VNMN-I 2051 +, +81 mm +SL; +South-central + + +Vietnam +, +Khanh Hoa province +, +Nha +Trang +Bay +: +HIFIRE +F +58231, 123 mm +SL, +N of Hon Tre Island +, +12°14’18”N +109°15’54”E +, obtained from hookah divers; +Gulf +of + + +Thailand +, S +Vietnam +, +Phu Quoc +, +An Thoi +market, +10°0.90’N +, +104°0.86’E +: +HIFIRE +F 58287 +, +93 mm +SL; +NHMO +J 7220 +, +88 mm +SL; +VNMN-I 2054 +, +83 mm +SL; +VNMN-I +2055, 114 mm +SL; +Gulf +of + + +Thailand +, +Thailand +, +Ko-Sichang Island +: +CAS 17679 +, +40 +(of 141): +66-94 mm +SL, +13°8’N +, +100°51’E +, trawl, + +18-24 m +depth + + +; + +Singapore +: +NHMO +J 2134 +, +2 +, +78-81 mm +SL; +Philippine Sea +, +Central + + +Philippines +, +Panay Island +: +UPVMI 155 +, +96 mm +SL + +; + +Indonesia +, +Bali +Sea, E +Java +: +CSIRO +H 7360-04 +, +1 +(of 3), +66 mm +SL, +Banguwangi +, +08°09’S +114°23’E +; Lombok (border of +W Pacific +to Indian Ocean): +CSIRO +H 8409-02 +, +65 mm +SL, and +CSIRO +H 7364-02 +, +127 mm +SL, +Tanjung Luar +, +8°45’S +, +116°35’E +; +BPBM 29896 +, +96 mm +SL + +. + + + + \ No newline at end of file diff --git a/data/B6/52/87/B65287A099030366FC80FD0607E6F9A3.xml b/data/B6/52/87/B65287A099030366FC80FD0607E6F9A3.xml new file mode 100644 index 00000000000..161c33fa58c --- /dev/null +++ b/data/B6/52/87/B65287A099030366FC80FD0607E6F9A3.xml @@ -0,0 +1,351 @@ + + + +Four new goatfishes (Upeneus, Mullidae, Mulliformes) from the Asian Indo-Pacific with a list of valid goatfish species and remarks on goatfish diversity + + + +Author + +Uiblein, Franz + + + +Author + +Williams, Jeffrey T. + + + +Author + +Bailly, Nicolas + + + +Author + +Hoang, Tuan A. + + + +Author + +Rajan, P. Thomas + +text + + +Cybium + + +2024 + +48 + + +2 + + +135 +160 + + + + +http://dx.doi.org/10.5281/zenodo.13863108 + +journal article +10.26028/cybium/2024-001 +2101-0315 + + + + + + +Upeneus torres +Uiblein & Gledhill, 2014 + +( +n += 20) + + + +Types. + +Holotype +: +CSIRO +H 7202-02 +, +81 mm +SL, NE +Australia +, +Queensland +, +SW Pacific +, +Torres Strait +, north of +Dalrymple Island +, +9°19.70’S +, +143°15.09’E +, +FRV + +Gwendoline May + +, + +12 m +depth + +; +paratypes +: +CSIRO +H 7202-01 +, +78 mm +SL, same sampling data as holotype; W +Australia +, +SE Indian Ocean +: AMS I.22804-014, +78 mm +SL, +North West Shelf +, + +130 km +N of Port Hedland + +, +18°57’S +, +118°12’E +, +FRV + +Soela + +, + +100-104 m +depth + +; +CSIRO +CA +413, 101 mm +SL, +N of North West Cape +, +21°24’S +, +114°19’E +, +FRV + +Courageous + +, + +175- 185 m +depth + +; +CSIRO +CA 414 +, +97 mm +SL, same sampling data as before; +CSIRO +CA 2067 +, +98 mm +SL, +N of Joseph Bonaparte Gulf +, +13°18’S +, +128°21’E +, +FRV + +Soela + +, + +84-87 m +depth + +; +CSIRO +H 6405- 05 +, +4 +, +66-80 mm +SL, +NW of Shark Bay +, +24°01’S +, +113°03’E +, +FRV + +Southern Surveyor + +, + +100-101 m +depth + +; +CSIRO +H 6452-04 +, +65 mm +SL, +W of Shark Bay +, +25°54’S +, +112°49’E +, +FRV + +Southern Surveyor + +, + +95-100 m +depth + +. + + + + + +Non-types. +N + +Australia +, +Northern Territory +, +SW Pacific +, +Arafura Sea +: +NTM +S-11611-001, +86 mm +SL, +N of Cape Wessel +, +10°26’S +, +136°24’E + +; + +NTM +S-11612-011, +100 mm +SL, N of +Cape Wessel +, +10°26’S +, +136°26’E + +; + +NTM +S-11621-004, +88 mm +SL, N of +Cape Wessel +, +10°8’S +, +136°48’E + +; + +NTM +S-11655-026, 2, +87-88 mm +SL, NW of +Cape Wessel +, +10°25’S +, +136°33’E + +; + +NTM +S-11895-004, +97 mm +SL, N of +Cape Wessel +, +10°15’S +, +136°40’E + +; + +NTM +S-13364- 004, +103 mm +SL, N of +Cape Wessel +, +10°12’S +, +136°42’E + +; W + +Australia +, +SE Indian Ocean +, +Timor Sea +: +NTM +S-14365-007, +73 mm +SL, +NW of West Holothuria Reef +, +15°54.4’S +, +124°31.47’E + +; + +NTM +S-14366-018, 87, SE of +Vulcan Shoal +, +12°50.34’S +, +124°22.45’E + +. + + + + \ No newline at end of file diff --git a/data/B6/52/87/B65287A099030366FF29FAFF0100FDD7.xml b/data/B6/52/87/B65287A099030366FF29FAFF0100FDD7.xml new file mode 100644 index 00000000000..74abc43bcd7 --- /dev/null +++ b/data/B6/52/87/B65287A099030366FF29FAFF0100FDD7.xml @@ -0,0 +1,397 @@ + + + +Four new goatfishes (Upeneus, Mullidae, Mulliformes) from the Asian Indo-Pacific with a list of valid goatfish species and remarks on goatfish diversity + + + +Author + +Uiblein, Franz + + + +Author + +Williams, Jeffrey T. + + + +Author + +Bailly, Nicolas + + + +Author + +Hoang, Tuan A. + + + +Author + +Rajan, P. Thomas + +text + + +Cybium + + +2024 + +48 + + +2 + + +135 +160 + + + + +http://dx.doi.org/10.5281/zenodo.13863108 + +journal article +10.26028/cybium/2024-001 +2101-0315 + + + + + + +Upeneus japonicus +(Houttuyn, 1782) + +( +n += 37) + + + + + +Type +. + +Lectotype +of + +Upeneus bensasi +Temminck & Schlegel, 1843 + +: +RMNH +4683, 120 mm +SL, +Japan +, +W Pacific +, Bay of Naga- saki (?). + + + +Non-types +. + +W +Pacific +: +Philippines +: +SU 21063 + +, + +83 mm +SL, +Luzon +, +Buluan +; +SU 29445 + +, + +93 mm +SL, +Mindanao +, +Zamboanga +Channel +, near +Santa Cruz Island +; +Vietnam +, +Nha Trang +, +Be Fish Market +: +HIFIRE +F 58 + + +151, 104 mm +; +HIFIRE +F 58 +152, 118 mm +; +HIFIRE +F 58 +167, 123 mm +; +HIFIRE +F 58 + + +201, 4, +51-66 mm +; +China +: +SMF + + +25449, 107 mm +SL, +Hainan +, +Qinglan +; +CSIRO +H 7072- 10 + +, + +86 mm +SL, +Hongkong +, +Sai Kung +market; +CSIRO +H 7072-11 + +, + +81 mm +SL, same sampling data as before; +SU 61014 +, +5 + +, + +95-121 mm +SL, +Hongkong +, +Mirs Bay +, off +Waterwitch Rock +, +FRV + + + +Alister Hardy + +, +22°29’N +, +114°23’E +, + +22 m +depth + +; AMS I.28094-007, 2, +90-92 mm +SL, +Xiamen +, +24°26.77’N +, +118°04.07’E +; +Taiwan +: +CAS 15240 + +, + +86 mm +SL, +Formosa Strait +, +25°N +, +120°E +, ca. + +90 m +depth + +; +CAS 224543 + +, + +93 mm +SL, NE +Taiwan +, +Tashi Fish Market +; +CAS 30017 + +, + + +97 mm +SL, N of NW +Taiwan +, ca. +50-90 m +depth; +South Korea +: + +CAS 17572 +, +74 mm +SL, +SE of Cheju Do Island +, + +80 m +depth + +; +Japan +: +Chiba Prefecture + +: + +CAS +232874, 112 mm +SL, +Heizaura +, +Aihohama Mura + +; + +CAS 232875 +, +69 mm +SL, +Nago Street +, +Awa County + +; + +CAS 232877 +, +2 +, +82-83 mm +SL, +Awa County +; +Sagami Bay + +: + +CAS 232876 +, +2 +, +83-85 mm +SL, +Manazuru +; +Honshu + +: + +WAM +P 30055.032 +, +4 +, +98-118 mm +SL, W +Wakasa Bay +, +35°45’N +, +135°50’E + +; + +WAM +P 30260.019 +, +123 mm +SL, W +Wakasa Bay +, +35°30’N +, +135°45’E + +; + +NRM 55484 +, +3 +: +104-115 mm +SL, +Seto Inland Sea +, +Shimonoseki Fish +market, +33.95°N +, +130.95°E +; E +Malaysia +, +W Pacific + +: + +KAUM +41736, 119 mm +SL, +Kuala Terrengganu +, off +Cendering +, +5°16’N +, +103°11’E +, + +70-90 m +depth + + +; +KAUM +41737, 109 mm +SL, same sampling data as before. + + + + \ No newline at end of file diff --git a/data/B6/52/87/B65287A099030367FC80F9D200A2FEA0.xml b/data/B6/52/87/B65287A099030367FC80F9D200A2FEA0.xml new file mode 100644 index 00000000000..693b5975364 --- /dev/null +++ b/data/B6/52/87/B65287A099030367FC80F9D200A2FEA0.xml @@ -0,0 +1,163 @@ + + + +Four new goatfishes (Upeneus, Mullidae, Mulliformes) from the Asian Indo-Pacific with a list of valid goatfish species and remarks on goatfish diversity + + + +Author + +Uiblein, Franz + + + +Author + +Williams, Jeffrey T. + + + +Author + +Bailly, Nicolas + + + +Author + +Hoang, Tuan A. + + + +Author + +Rajan, P. Thomas + +text + + +Cybium + + +2024 + +48 + + +2 + + +135 +160 + + + + +http://dx.doi.org/10.5281/zenodo.13863108 + +journal article +10.26028/cybium/2024-001 +2101-0315 + + + + + + +Upeneus farnis +Uiblein & Peristiwady, 2017 + +( +n += 14) + + + +Types. + +Holotype +: +LBRC-F 001450 +, +holotype +, +97 mm +SL, +Indonesia +, NE +Sulawesi +, +W Pacific +, Bitung fish market; +paratypes +: +LBRC-F 001449 +, +123 mm +SL; +LBRC-F 001451 +, +141 mm +SL; +LBRC-F 001452 +, +108 mm +SL; +LBRC-F 001453 +, +117 mm +SL; +LBRC-F 001454 +, +129 mm +SL, +LBRC-F 001455 +, +121 mm +SL; +LBRC-F 001488 +, +134 mm +SL; +LBRC-F 001489 +, +123 mm +SL; +LBRC-F 001491 +, +118 mm +SL; +LBRC-F 001492 +, +76 mm + + + + + +SL; + +LBRC-F 001493 +, +92 mm +SL + +; + +LBRC-F 001495 +, +70 mm +SL + +; + +LBRC-F 001496 +, +88 mm +; all same sampling data as holotype + +. + + + + \ No newline at end of file diff --git a/data/B6/52/87/B65287A0990C0369FF29F9DF075AFE40.xml b/data/B6/52/87/B65287A0990C0369FF29F9DF075AFE40.xml new file mode 100644 index 00000000000..1ce3287a631 --- /dev/null +++ b/data/B6/52/87/B65287A0990C0369FF29F9DF075AFE40.xml @@ -0,0 +1,224 @@ + + + +Four new goatfishes (Upeneus, Mullidae, Mulliformes) from the Asian Indo-Pacific with a list of valid goatfish species and remarks on goatfish diversity + + + +Author + +Uiblein, Franz + + + +Author + +Williams, Jeffrey T. + + + +Author + +Bailly, Nicolas + + + +Author + +Hoang, Tuan A. + + + +Author + +Rajan, P. Thomas + +text + + +Cybium + + +2024 + +48 + + +2 + + +135 +160 + + + + +http://dx.doi.org/10.5281/zenodo.13863108 + +journal article +10.26028/cybium/2024-001 +2101-0315 + + + + + + +Upeneus pori +Ben-Tuvia & Golani, 1989 + +( +n += 32) + + + +Types. +N Red Sea, W Indian Ocean: +Paratypes +: +Israel +, Gulf of Aqaba, Eilat: + +BPBM 33505 +, PT, +110 mm +SL + +; + +CAS 66225 +, PT, +107 mm +SL, beach; MNHN-IC-1989-0537, PT, +102 mm +SL + +; + +SAIAB 28958 +, PT, +92 mm +SL + +; + +SAIAB 65781 +, +66 mm +SL, N beach + +; + +USNM 303539 +, PT, + +100 m + +SL + +. + + + + +Non-types. + +N Red Sea, W +Indian Ocean: +Egypt +, Gulf of +Suez +, MNHN-IC-1980-1517, +96 mm +SL, +28°40’S +, +32°53’E +; Gulf of + + + +Aqaba, Nuweiba: BPBM 19823, 6, +80-109 mm +SL, El Muzeini; + +Israel +, +Gulf of Aqaba +, +Eilat +: +BPBM 30904 +, +6 +(of 7), +80-117 mm +SL, N beach, seine; MNHN-IC-1977-1046, +89 mm +SL, beach + +; +Madagascar +, W Indian Ocean: MNHN-IC-1992-977, +97 mm +SL, off SW + +Madagascar +, +Toliara +(”Vontira”); +SAIAB 209540 +, +3 +, +89-96 mm +SL, off NE + + +Madagascar +, +17°32.29’S +, +49°37.13’E +, +RV + +Dr. Fridtjof +Nansen + +, + +51-52 m +depth + +, bottom trawl; +Mediterreanean Sea + +: + +Egypt +: +BMNH 1979.3 +.20.24, +110 mm +SL, off +Alexandria + +; + +Lebanon +: +BPBM 31277 +, +7 +, +72-77 mm +SL, off +St. George’s Bay + +. + + + + \ No newline at end of file diff --git a/data/B6/52/87/B65287A0990C0369FF29FA1F00EEF9FD.xml b/data/B6/52/87/B65287A0990C0369FF29FA1F00EEF9FD.xml new file mode 100644 index 00000000000..a892f2bbc64 --- /dev/null +++ b/data/B6/52/87/B65287A0990C0369FF29FA1F00EEF9FD.xml @@ -0,0 +1,111 @@ + + + +Four new goatfishes (Upeneus, Mullidae, Mulliformes) from the Asian Indo-Pacific with a list of valid goatfish species and remarks on goatfish diversity + + + +Author + +Uiblein, Franz + + + +Author + +Williams, Jeffrey T. + + + +Author + +Bailly, Nicolas + + + +Author + +Hoang, Tuan A. + + + +Author + +Rajan, P. Thomas + +text + + +Cybium + + +2024 + +48 + + +2 + + +135 +160 + + + + +http://dx.doi.org/10.5281/zenodo.13863108 + +journal article +10.26028/cybium/2024-001 +2101-0315 + + + + + + +Upeneus elongatus +Uiblein & Motomura, 2021 + +( +n += 1) + + + + + +Type. + +Holotype +and only material: +KAUM +–I. 58746, +89 mm +SL, S +Japan +, Philippine +Sea, W +Pacific, +Kagoshima Prefecture +, +Osumi Islands +, +Tanega-shima Island +, Kumage-gun, Nakatane, off Kumano, +30°28.13’N +, +130°58.32’E +, + +25 m +depth + +, +set net +. + + + + + \ No newline at end of file diff --git a/data/B6/52/87/B65287A0990C0369FF29FBDE00E2FA3D.xml b/data/B6/52/87/B65287A0990C0369FF29FBDE00E2FA3D.xml new file mode 100644 index 00000000000..9317b317974 --- /dev/null +++ b/data/B6/52/87/B65287A0990C0369FF29FBDE00E2FA3D.xml @@ -0,0 +1,145 @@ + + + +Four new goatfishes (Upeneus, Mullidae, Mulliformes) from the Asian Indo-Pacific with a list of valid goatfish species and remarks on goatfish diversity + + + +Author + +Uiblein, Franz + + + +Author + +Williams, Jeffrey T. + + + +Author + +Bailly, Nicolas + + + +Author + +Hoang, Tuan A. + + + +Author + +Rajan, P. Thomas + +text + + +Cybium + + +2024 + +48 + + +2 + + +135 +160 + + + + +http://dx.doi.org/10.5281/zenodo.13863108 + +journal article +10.26028/cybium/2024-001 +2101-0315 + + + + + + +Upeneus asymmetricus +Lachner, 1954 + +( +n += 8) + + + +Types. + +Philippines +, +W Pacific +: +Holotype +: +USNM 154659 +, +holotype +, +75 mm +SL, +Pandanon Island +, between +Cebu +and +Bohol +; +paratypes +: +USNM 154660 +, +2 +, +74-79 mm +SL, same sampling data as holotype; +USNM +154661, 100 mm +SL, off W +Samar +, Catbalogan. + + + + + +Non-types. +Indonesia +, E Indian Ocean: + +CSIRO +H 7417-02 +, +93 mm +SL, Lombok, Tanjung Luar, fish market + +; + +CSIRO +H 7417- 01 +, +2 specimens +, +97-98 mm +SL, same sampling data as before + +; + +MZB 22711 +, +95 mm +SL, same sampling data as before + +. + + + + \ No newline at end of file diff --git a/data/B6/52/87/B65287A0990D0368FC80FE48069DFB64.xml b/data/B6/52/87/B65287A0990D0368FC80FE48069DFB64.xml new file mode 100644 index 00000000000..78f2bcfdfc8 --- /dev/null +++ b/data/B6/52/87/B65287A0990D0368FC80FE48069DFB64.xml @@ -0,0 +1,311 @@ + + + +Four new goatfishes (Upeneus, Mullidae, Mulliformes) from the Asian Indo-Pacific with a list of valid goatfish species and remarks on goatfish diversity + + + +Author + +Uiblein, Franz + + + +Author + +Williams, Jeffrey T. + + + +Author + +Bailly, Nicolas + + + +Author + +Hoang, Tuan A. + + + +Author + +Rajan, P. Thomas + +text + + +Cybium + + +2024 + +48 + + +2 + + +135 +160 + + + + +http://dx.doi.org/10.5281/zenodo.13863108 + +journal article +10.26028/cybium/2024-001 +2101-0315 + + + + + + +Upeneus floros +Uiblein & Gouws, 2020 + +( +n += 17) + + + +Types. + +Holotype +: +SAIAB 204583 +, adult, +105 mm +SL, +South Africa +, +SW Indian Ocean +, +Sodwana Bay +, +KwaZulu-Natal +, Two- +Mile Reef +, +Deep Receiver +oceanographic station, +27°30.735’S +, +32°41.224’E +, speargun, + +19 m +depth + +; +paratypes +: +South Africa +, +SW Indian Ocean +, +KwaZulu-Natal +: +SAIAB +51020, 144 mm +SL, +N of Durban +, +29°39’S +, +31°08’E +; +SAIAB +62725, 102 mm +SL, St. Lucia +River Mouth +; +SAIAB 186410 +, +2 +, +113-119 mm +SL, off +Thukela +, +29°21.82’S +, +31°48.76’E +, + +70 m +depth + +; +SAIAB +186445, 116 mm +SL, +N of Durban +, +28°40.66’S +, +32°17.470’E +, + +27 m +depth + +, trawl; +SAIAB +188756, 107 mm +SL, +Park Rynie +, +30°20’S +, +30°45’E +; +SAIAB +188765, 116 mm +SL, +St. Lucia +, +28°13.41’S +, +32°32.05’E +, + +18 m +depth + +; +SAIAB 188774 +, +3 +, +90-107 mm +SL, same data as previous; +SAIAB 209539 +, +2 +, +94-108 mm +SL, same data as +holotype +. + + + + + +Non-types +. + +Mozambique +, SW +Indian Ocean + +: + +BPBM +31272, 106 mm +SL, NE off +Beira +, +Sofala +Bank +, +19°09’S +, +36°20’E + +, + +RV + +Anton Bruun + +, cruise 8, st. 403A, +International Indian Ocean Expedition + +; + +SAIAB 82794 +, +93 mm +SL, off +Inhambane + +, + +RV + +Dr. Fridtjof + + +Nansen +, st. + +M07-36, +24°56.6’S +, +35°03’E +, + +65 m +depth + +, bottom trawl + +; + +SAIAB 188305 +, +92 mm +SL, NE off +Angoche +, northernmost +Sofala +Bank + +, + +RV + +Dr. Fridtjof + + +Nansen +, st. + +29, +16°02.75’S +, +40°20.26’E +, + +29-40 m +depth + +, bottom trawl + +; + +SAM +MB-F034156 +, +1 +(of 66), +97 mm +SL, off +Beira +, +19°49’S +, +36°05’E +, bottom trawl + +. + + + + \ No newline at end of file diff --git a/data/B6/52/87/B65287A0990D0368FF29FA5C0674FE6D.xml b/data/B6/52/87/B65287A0990D0368FF29FA5C0674FE6D.xml new file mode 100644 index 00000000000..107a4d311af --- /dev/null +++ b/data/B6/52/87/B65287A0990D0368FF29FA5C0674FE6D.xml @@ -0,0 +1,185 @@ + + + +Four new goatfishes (Upeneus, Mullidae, Mulliformes) from the Asian Indo-Pacific with a list of valid goatfish species and remarks on goatfish diversity + + + +Author + +Uiblein, Franz + + + +Author + +Williams, Jeffrey T. + + + +Author + +Bailly, Nicolas + + + +Author + +Hoang, Tuan A. + + + +Author + +Rajan, P. Thomas + +text + + +Cybium + + +2024 + +48 + + +2 + + +135 +160 + + + + +http://dx.doi.org/10.5281/zenodo.13863108 + +journal article +10.26028/cybium/2024-001 +2101-0315 + + + + + + +Upeneus dimipavlov +Uiblein & Motomura, 2021 + +( +n += 11) + + + +Types. + +South-central +Vietnam +, South +China +Sea, +W Pacific +, +Khan Hoa Province +, Nha Trang: +holotype +: +VNMN-I 2056 +(formerly +HIFIRE +F 58334 +) + +, + +120 mm +SL, +Bai Tre Bay +, +N of Hon Tre Island +, +12°13.35’N +, +109°18.50’E +, obtained from hookah divers, ca. + +15 m +depth + +; +paratypes +: +Xom Moi Market +: AMS I.49516-001 (formerly +HIFIRE +F 58189 +), +122 mm +SL; CAS-ICH 247243 (formerly +HIFIRE +F 58190 +), +122 mm +SL; +HIFIRE + +F +58183, 129 mm +SL; HIFIRE F +58184, 117 mm +SL; KAUM– + +I. 146834 (formerly +HIFIRE +F 58188 +), +123 mm +SL; +MNHN 2020-0474 +(formerly +HIFIRE +F 58186 +) + +, + +122 mm +SL; +NHMO +J7223 +(formerly +HIFIRE +F 58185 +) + +, + +124 mm +SL; +NMMBP 34705 + + +(formerly +HIFIRE +F 58187 +) + +, + + + + +111 mm +SL; Nha +Trang +fish market: VNMN-I 2057 (formerly HIFIRE F 58174), +134 mm +SL; VNMN-I 2058 (formerly HIFIRE F 58177), +128 mm +SL. + + + + \ No newline at end of file diff --git a/data/B6/52/87/B65287A0990D0369FC80FB510043FD1F.xml b/data/B6/52/87/B65287A0990D0369FC80FB510043FD1F.xml new file mode 100644 index 00000000000..87126d1b74d --- /dev/null +++ b/data/B6/52/87/B65287A0990D0369FC80FB510043FD1F.xml @@ -0,0 +1,355 @@ + + + +Four new goatfishes (Upeneus, Mullidae, Mulliformes) from the Asian Indo-Pacific with a list of valid goatfish species and remarks on goatfish diversity + + + +Author + +Uiblein, Franz + + + +Author + +Williams, Jeffrey T. + + + +Author + +Bailly, Nicolas + + + +Author + +Hoang, Tuan A. + + + +Author + +Rajan, P. Thomas + +text + + +Cybium + + +2024 + +48 + + +2 + + +135 +160 + + + + +http://dx.doi.org/10.5281/zenodo.13863108 + +journal article +10.26028/cybium/2024-001 +2101-0315 + + + + + + +Upeneus itoui +Yamashita, Golani & Motomura, 2011 + + + + +( +n += 20) + + + + +Types. + +Paratypes +: S +Japan +, +W Pacific +, +Kagoshima Prefecture + +: + +KAUM +–I. 10384, +87 mm +SL, Minamisatsuma, Kasasa, Kataura, off +E of Sakinoyama +, +31°25.44’N +, +130°11.49’E +, + +27 m +depth + +, +set net + +; KAUM–I. +13595, 118 mm +SL, same sampling data as before; + +KAUM +–I. +13591, 104 mm +SL, Minamisatsuma, Kasasa, +NE of Matsu-shima Island +, +31°25.06’N +, +130°12.32’E +, + +20 m +depth + +, +set net + +; + +KAUM +–I. +13594, 108 mm +SL, Minamisatsuma, Kasasa, Kataura, off Kouzaki-yama, +31°26.00’N +, +130°10.05’E +, + +36 m +depth + +, +set net + +; + +KAUM +–I. +13715, 134 mm +SL, Ibusuki, Kaimonkawajiri, + +1 km +SW of Kawajiri Fishing Port + +, +31°10’N +130°32’E +, + +40 m +depth + +, +set net + +; + +MNHN +2010-1050, 114 mm +SL, Minamisatsuma, Kasasa, Kataura, off +E of Sakinoyama +, +31°25.44’N +, +130°11.49’E +, + +27 m +depth + +, +set net + +. + + +Non-types +. + +S +Japan +, +W Pacific +, +Kagoshima Prefecture + +: + +KAUM +–I. +14661, 111 mm +SL, Ibusuki, Kaimonkawajiri, + +1 km +SW of Kawajiri Fishing Port + +, +31°10’N +130°32’E +, + +40 m +depth + +, +set net + +; KAUM–I. +27549, 111 mm +SL, same collecting data; KAUM–I. +35617, 139 mm +SL, Minamisatsuma, Kasasa, Kataura, + + +off E of Sakinoyama, +31°25.44’N +, +130°11.49’E +, +27 m +depth, set net; KAUM–I. +56303, 115 mm +SL, same sampling data; KAUM–I. 97832, +98 mm +SL, same sampling data; KAUM–I. +131500, 133 mm +SL, same sampling data; + +KAUM +–I. +35944, 133 mm +SL, +Kimotsuki +, +Uchinoura +Bay +, +31°17’N +, +131°05’E +, +set net + +; KAUM–I. +123984, 117 mm +SL, same sampling data; + +KAUM +–I. 54077, +99 mm +SL, +Osumi Islands +, +Tanega-shima Island +, +Kumage-gun +, +Nakatane +, off +Kumano +, +30°28.13’N +, +130°58.32’E +, + +25 m +depth + +, +set net + +; KAUM–I. +59466, 101 mm +SL, same sampling data; + +KAUM +–I. +56749, 115 mm +SL, +Kimotsuki +, +Uchinoura +Bay +, +31°24.28’N +131°02.55’E +, + +40-45 m +depth + +, +set net + +; + +KAUM +–I. 73580, +88 mm +SL, +Minamisatsuma +, +Kasasa +, +NE of Matsu-shima Island +, +31°25.06’N +, +130°12.32’E +, + +20 m +depth + +, +set net + +; KAUM–I. +110071, 131 mm +SL, same sampling data; + +KAUM +–I. +86533, 134 mm +SL, +Kimotsuki +, +Kishira +, off +Funama Fishing Port +, +31°10’N +, +130°59’E +, +set net + +. + + + + \ No newline at end of file diff --git a/data/B6/52/87/B65287A099120374FC80FA2E072CFA04.xml b/data/B6/52/87/B65287A099120374FC80FA2E072CFA04.xml new file mode 100644 index 00000000000..1ffa282e154 --- /dev/null +++ b/data/B6/52/87/B65287A099120374FC80FA2E072CFA04.xml @@ -0,0 +1,148 @@ + + + +Four new goatfishes (Upeneus, Mullidae, Mulliformes) from the Asian Indo-Pacific with a list of valid goatfish species and remarks on goatfish diversity + + + +Author + +Uiblein, Franz + + + +Author + +Williams, Jeffrey T. + + + +Author + +Bailly, Nicolas + + + +Author + +Hoang, Tuan A. + + + +Author + +Rajan, P. Thomas + +text + + +Cybium + + +2024 + +48 + + +2 + + +135 +160 + + + + +http://dx.doi.org/10.5281/zenodo.13863108 + +journal article +10.26028/cybium/2024-001 +2101-0315 + + + + + + + +Upeneus brevignathus + +n. sp. +Uiblein & Bailly + + + +Short-jaw Goatfish + + + +( +Figs 3 +, +4 +; +Tables I +, III) + + +Material examined + + + +Holotype +( +Fig. 3A +). +NMW 74697 +, +95 mm +SL, +Quishn, E +Yemen +, +NW Indian Ocean +, collectors +M. and W. Hein +, 1902. + + + + +Paratype +. +NMW 97688 +, +95 mm +SL, same sampling data as HT + +. + + +Diagnosis + +Dorsal fins VII + 9; pectoral fins 14-15; gill rakers 7-8 + 21-22 = 28-30; lateral-line scales 29-30; body moderately elongate; measurements as % SL: body depth at first dorsal-fin origin 23-24; body depth at anal-fin origin 20-22; caudal-peduncle depth 9.5-9.7; caudal-peduncle width 4.0-4.1; maximum head depth 17; head depth through eye 14; head length 27; snout length 10; orbit length 6.3; upper-jaw length 9.3-9.5; barbel length 18; caudal-fin length 28; anal-fin height 16-17; pelvic-fin length 20; pectoral-fin length 19-20; pectoral-fin width 4.4-4.5; first dorsal-fin height 18-19; dorsal-fin spines proportionally decreasing in height; second dorsal-fin height 16; caudal fin of preserved fish with at least 9 total oblique bars, upper caudal-fin lobe with 5 dark-grey bars of about pupil width, the four most proximal bars variably curved, no bar on lobe tip; lower caudal-fin lobe with at least 4 dark-grey bars of pupil width or wider, three bars from ventral margin to about mid-lobe, one at lobe tip; dorsal fins with three grey stripes; barbels pale; body and head from snout tip dark brown-grey dorsally, pale brown ventrally from eye level; head with a vertically oriented silvery band behind eye that widens below eye and gill cover silvery or pale-beige silvery; no indication of mid-lateral body stripe; paired and anal fins pale-brown, partly hyaline. + + +Figure 4. – Six selected morphological characters and SL in + +Upeneus andamanensis + +n. sp. +, and the two most similar species of + +pori + +-subgroup 2. + + + +Description + + +Measurements in % SL and counts are given in Table III; morphometric data as ratios of SL for +holotype +(for PT, if deviating, in square brackets): body moderately elongate; body depth at first dorsal-fin origin 4.3 [4.2]; maximum head depth 5.7 [5.8], smaller than pelvic-fin length (5.0 [5.1]), pectoral-fin length (5.1 [5.2]) and body depth at anal-fin origin (4.8 [4.6]); caudal-peduncle depth 10 [11], clearly larger than orbit length (16); caudal-peduncle width 24 [25], nearly half of interorbital length (13 [14]) and smaller than pectoral-fin width (23 [22]); head depth through eye 7.1 [7.0]; head length 3.7, larger than body depth at first dorsal-fin origin; snout length 10, clearly shorter than second dorsal-fin base (7.0 [7.3]) and anal-fin height (6.0 [6.2]); barbel length 5.5 [5.7], about twice upper jaw length (11), the latter slightly shorter than snout length (10 [9.9]); caudal-fin length 3.6; first dorsal-fin height 5.5 [5.2], larger than second dorsal-fin height (6.3 [6.4]) and smaller than maximum head depth; dorsal-fin spines proportionally decreasing in height. + + + + \ No newline at end of file diff --git a/data/B6/52/87/B65287A0991F037AFF29FB9E0762FBDD.xml b/data/B6/52/87/B65287A0991F037AFF29FB9E0762FBDD.xml new file mode 100644 index 00000000000..ea762d4eaf3 --- /dev/null +++ b/data/B6/52/87/B65287A0991F037AFF29FB9E0762FBDD.xml @@ -0,0 +1,145 @@ + + + +Four new goatfishes (Upeneus, Mullidae, Mulliformes) from the Asian Indo-Pacific with a list of valid goatfish species and remarks on goatfish diversity + + + +Author + +Uiblein, Franz + + + +Author + +Williams, Jeffrey T. + + + +Author + +Bailly, Nicolas + + + +Author + +Hoang, Tuan A. + + + +Author + +Rajan, P. Thomas + +text + + +Cybium + + +2024 + +48 + + +2 + + +135 +160 + + + + +http://dx.doi.org/10.5281/zenodo.13863108 + +journal article +10.26028/cybium/2024-001 +2101-0315 + + + + + + + +Upeneus aurorae + +n. sp. +Uiblein & Williams + + + + +Aurora +Goatfish + + + + +( +Figs 1 +, +2 +; Tables I-II) + + +Material examined + + + +Holotype +and only material ( +Fig. 1A +). +PNM 15727 +(formerly +USNM 438122 +), +113 mm +SL, vicinity of +Dinadiawan +, +Aurora Province +, +Luzon +, +Philippines +, +W Pacific +, obtained from fishermen, collectors J. +T +. +Williams +; +K.E. Carpenter +; +M.J. Mendiola +; N.A. Flores; + +4 Aug. 2015 + +. +Genetic +tissue sample catalogued as +USNM 438122 +. + + + +Diagnosis + +Dorsal fins VII + 9; pectoral fins 14; gill rakers 6 + 16 = 22; lateral-line scales 31; body moderately elongate; measurements as % SL: body depth at first dorsal-fin origin 24; body depth at anal-fin origin 20; caudal-peduncle depth 10; caudal-peduncle width 4.1; maximum head depth 19; head depth through eye 16; head length 31; snout length 13; orbit length 6.4; upper-jaw length 12; barbel length 20; caudal-fin length 29; anal-fin height 14; pelvic-fin length 19; pectoral-fin length 19; pectoral-fin width 5.1; first dorsal-fin height 19; dorsal-fin spines proportionally decreasing in height; second dorsal-fin height 16; total oblique bars on caudal fin 14, upper caudal-fin lobe with 6 thin orange bars, the two most proximal bars rather close to each other, the distal-most bar on lobe tip; lower caudal-fin lobe with 8 reddish-brown, partly interconnected and curved bars; dorsal fins of fresh fish with four orange stripes; barbels pale-rose whitish with white origin and tip; body colour of freshly deceased fish beige silvery ventrally, dorsally reddish brown, with a weakly indicated orange mid-lateral body stripe from behind eye to caudal-fin base; head reddish brown silvery; paired and anal fins pale-whitish hyaline, pelvic fins with some pale-orange pigmentation; in preserved fish head and body dorsally uniformly brown, body ventrally pale brown, bars on caudal fins and stripes on dorsal fins partly retained as grey pigmentation patterns and barbels pale. + +Description + + +Measurements in % SL and counts are given in Table II; morphometric data as ratios of SL for +holotype +: body moderately elongate; body depth at first dorsal-fin origin 4.2; body depth at anal-fin origin 4.9, larger than maximum head depth (5.3), pelvic-fin length (5.3) and pectoral-fin length (5.1); caudal-peduncle depth 10, clearly larger than orbit length (16); caudal-peduncle width 24, less than half of interorbital length (14) and much smaller than pectoral-fin width (20); head depth through eye 6.4; head length 3.2, much larger than maximum body depth; snout length 7.7, subequal to second dorsal-fin base (7.6) and only slightly smaller than anal-fin height (7.1); barbel length 4.9; caudal-fin length 3.5; first dorsal-fin height 5.3, much larger than second dorsal-fin height (6.4) and subequal to maximum head depth; dorsal-fin spines proportionally decreasing in height. + + + + \ No newline at end of file diff --git a/data/B6/52/87/B65287A0991F037AFF29FEFD028FFBBD.xml b/data/B6/52/87/B65287A0991F037AFF29FEFD028FFBBD.xml new file mode 100644 index 00000000000..0bc703ca259 --- /dev/null +++ b/data/B6/52/87/B65287A0991F037AFF29FEFD028FFBBD.xml @@ -0,0 +1,90 @@ + + + +Four new goatfishes (Upeneus, Mullidae, Mulliformes) from the Asian Indo-Pacific with a list of valid goatfish species and remarks on goatfish diversity + + + +Author + +Uiblein, Franz + + + +Author + +Williams, Jeffrey T. + + + +Author + +Bailly, Nicolas + + + +Author + +Hoang, Tuan A. + + + +Author + +Rajan, P. Thomas + +text + + +Cybium + + +2024 + +48 + + +2 + + +135 +160 + + + + +http://dx.doi.org/10.5281/zenodo.13863108 + +journal article +10.26028/cybium/2024-001 +2101-0315 + + + + + + +Genus + +Upeneus +Cuvier, 1829 + + + + + + + +Diagnosis +( +Uiblein and Maclaine, 2021 +) + +Dorsal fins VII or VIII + 9; pectoral fins 12-17; princi- pal caudal-fin rays 7 + 8 (median 13 branched); gill rakers 4-9 + 13-24 = 18-33; lateral-line scales 28-39; lateral line complete; small scales present basally on second dorsal, anal and/or caudal fins; small teeth present on vomer and pala- tines; teeth on jaws multiserial and villiform; body oblong, slightly compressed or nearly rounded; barbels 15-27% SL; snout length 9.1-14% SL, subequal to or slightly shorter than postorbital length (9.7-15% SL); body frequently with one to several longitudinal stripes, varying from yellow to red, brown or black in life; oblique bars often present on caudal-fin lobes, usually retained in preservative when darkly pigmented, and their number, colour and form of diagnostic importance. + +Remarks + +Fifty-one species, of which 47 have been included in seven taxonomic species groups and four species left ungrouped. + + + \ No newline at end of file