Alcock & Anderson, 1899 : 13
Zarenkov 1972 : 239
Serène & Soh 1976 : 76
Chen 1998 : 303
Camatopsis rubida Forma
Doflein 1904 : 121
Camatopsis rubida
Yokoya 1933 : 202
Sakai 1936 : 193
Takeda 1973a : 13
Fang 1991 : 352
Muraoka 1998 : 47
Hsueh & Huang 2002 : 113
C. thula
Camatopsis rubidus
Serène & Vadon 1981 : 118
C . leptomerus
Revision of the family Chasmocarcinidae Serène, 1964 (Crustacea, Brachyura, Goneplacoidea)
Ng, Peter K. L.
Castro, Peter
Zootaxa
2016
4209
1
1
182
Q93V
Alcock & Anderson, 1899
Alcock & Anderson
1899
[151,706,664,690]
Malacostraca
Chasmocarcinidae
Camatopsis
Animalia
Decapoda
32
33
Arthropoda
species
rubida
Camatopsis rubida Alcock & Anderson, 1899: 13[ typelocalilty: Andaman Sea].—Alcock 1899: 76, pl. 4, fig. 3, 3a‒c; 1900b: 329 [Andaman Sea].—Alcock & MacGilchrist 1905: pl. 74, fig. 3, 3a [Andaman Sea].— Zarenkov 1972: 239, fig. 5-4 [South ChinaSea].— Serène & Soh 1976: 76, fig. 21 [Andaman Sea].— Chen 1998: 303, fig. 25 [South ChinaSea]—Ng et al.2008: 76 [in list] (part). Camatopsis rubidaFormaA—Tesch, 1918: 235, pl. 16, fig. 3a‒d [ Indonesia].
Camatopsis rubida— Doflein 1904: 121[ Indonesia].
Not Camatopsis rubida— Yokoya 1933: 202[ Japan].— Sakai 1936: 193, pl. 55, fig. 4; 1939: 576, pl. 68, fig. 4; 1965: 173, pl. 85, fig. 4; 1976: 552, pl. 195, fig. 4 [ Japan].— Takeda 1973a: 13; 1973b: 55; 1997: 247 [ Japan].— Fang 1991: 352, 355, fig. 4 [map] [ Taiwan].— Muraoka 1998: 47[ Japan].—Ng et al.2001: 34 [in list] [ Taiwan].— Hsueh & Huang 2002: 113, fig. 2A [ Taiwan]. [= C. thula n. sp.] Not Camatopsis rubidus[ sic] Serène & Vadon 1981: 118, 119, 120, 123 [ Philippines]. [=? C. leptomerus n. sp.]
Typematerial(not examined). Syntypes: 3 males, Andaman Sea, 349 m.(depository unknown, possibly in the Zoological Surveyof India, Calcutta; see Alcock1899). Othermaterial examined. Thailand, Andaman Seacoast. Thai Danish Expedition: 1 male(3.5 × 3.6 mm) ( ZMUC CRU-20540), stn 1031-2, 07°29’N, 98°42’E, 53 m, 20.01.1966; 1 female (6.0 × 6.3 mm) (ZMUC CRU- 20538), stn 1034-3, 06°58’N, 98°47’E, 76 m, 21.01.1966; 1 male (4.2 × 4.5 mm) (ZMUC CRU-20539), stn 1045- 5, 05°43’40”N, 99°42’10”E, 53 m, 26.01.1966.—1 juvenile male (2.6 × 3.0 mm) (PMBC 2062), stn 1040, 06°28’N, 99°05’E, 36 m, B. Phasuk coll., 24.01.1966. WesternAustralia. CSIROSS10-2005 RV Southern Surveyor: 1 male(10.0 × 10.3 mm) ( NMV J54592), off Ningaloo South, 22°04’00”, 113°48’40”Eto 22°04’15”S,113°48’54”E, 101–106 m, G.C. Poore coll., 10.12.2005; 1 male (8.3 × 8.5 mm) (NMV J54591), 1 male (6.7 × 7.2 mm) (NMV J54595), 21°58’13”S‒21°58’45”S to 113°47’35”E‒113°47’28”E, 324–356 m, 11.12.2005.—1 female (6.0 × 7.0 mm) (NMV J61082), 17°31’44”S‒17°32’30”S to 118°50’37”E‒118°50’21”E, 403–407 m, M.F. Gormon coll., 15.06.2007.—3 juvenile females (NMV J54593), Ningaloo South, 201–206 m, 22°04.46’S‒22°05.14’S to 113°47.46’E‒113°47.38’E, beam trawl, 10.12.2005; 1 female (9.0 × 10.7 mm) (NMV J54596), Ningaloo North, 373–382 m, 21°58.13’S‒21°58.48’S to 113°47.28’E–113°47.06’E, epibenthic sled, 12.12.2005; 1 male (9.3 × 10.4 mm) (NMV J54590), Ningaloo South, 373–382 m, 22°04.19’S22°04.51’S to 113°45.22’E—113°45.22’E, epibenthic sled, 10.12.2005.
Indonesia. Sumatra. DEUTSCH TIEFSEE EXPEDITION: 1 male(5.0 × 5.5 mm) ( ZMB13603), stn 203, south of Bangkam, off Sumatra, 660 m, 0 4.12.1899. SIBOGA EXPEDITION: 1 ovigerous female (NNM-ZMA 241605a), near northeast point of Java, stn 5, 07°46.0’S, 114°30.5’E, 330 m, 07.1899; 2 males(one with carapace partially crushed), 1 female(NNM-ZMA 241605b), south of Flores, stn 306, 08°27’S, 122°54.5’E, 247 m, 07.1899; 1 male(9.1 × 9.8 mm) (NNM-ZMA 241605c), Saleh Bay, north coast of Sumbawa, stn 312, 274 m, 07.1899; 1 female(NNM-ZMA 241605d), west of Kei Is., stn 254, 05°40’S, 132°26’E, 310 m, 07.1899.— Tanimbar and Kei Is.KARUBAR: 1 female (MNHN-IU-2013-9078), stn DW14, 05°18’S, 132°38’E, 245–246 m, 24.10.1991; 1 female (MNHN-IU-2013-9079), stn DW24, 05°32’S, 132°51’E, 243– 230 m, 26.10.1991; 1 female (MNHN-IU-2013-9084), stn CP63, 09°00’S, 132°58’E, 215– 214 m, 01.11.1991; 1 female (MNHN-IU-2013- 9080), stn DW64, 09°13’S, 132°31’E, 180– 179 m, 01.11.1991; 1 female (MNHN-IU-2013-9082), stn CP77, 08°57’S, 131°27’E, 352– 346 m, 03.11.1991; 4 males (MNHN-IU-2013-9085), stn CP78, 09°06’S, 131°24’E, 295– 284 m, 0 2.11.1991, 1 male, 1 female (MNHN-IU-2013-9083); 3 females (MNHN-IU-2013-9081), stn CP79, 09°16’S, 131°22’E, 250– 239 m, 03.11.1991; 1 female (MNHN-IU-2013-9077), stn CP83, 09°23’S, 131°00’E, 285–297 m, 0 4.11.1991. FIGURE 6.Overall dorsal view of Camatopsis rubida. A, B, Andaman Sea (after Alcock 1899a: pl. 74 fig. 3, 3a); C‒E, Andaman Sea (after Alcock 1899b: pl. 4 fig. 3, 3b, 3c); F, Andaman Sea: male 4.2 × 4.5 mm (ZMUC CRU 20539); G, Australia: female 9.0 × 10.7 mm (NMV J54596); H, Australia: male 8.3 × 8.5 mm (NMV J54591); I, Australia: female 6.0 × 7.0 mm (NMV J61082); J, Australia: female 10.2 × 11.5 mm (QM W 17289); K, Indonesia: male 9.1 × 9.8 mm (NNM-ZMA 241605c). Papua New Guinea. BIOPAPUA: 1 male, 2 females(MNHN-IU-2011-1419), South East Point, Gulfof Huon, stn CP3629, 06°57’S, 147°08’E, 240–269 m, 22.08.2010; 2 males, 6 females(MNHN-IU-2011-1404), Southeast Point, Gulfof Huon, stn CP3634, 07°29’S, 147°31’E, 279–290 m, 23.08.2010; 4 males, 7 females(MNHN-IU- 2011-1504), Southeast Point, Gulfof Huon, stn CP3635, 07°29’S, 147°33’E, 280–302 m, 23.08.2010; 1 male, 2 females(MNHN-IU-2011-3461), Open Bay, stn CP3664, 04°50’S, 151°38’E, 195–340 m, 23.09.2010; 1 female (MNHN-IU- 2011-2590), Southeast Point, ManusI., stn CP3695, 02°10’S, 147°15’E, 198 m, 29.09.2010; 1 male, 1 female(MNHN-IU-2011-5196), Jacquinot Bay, stn DW3771, 05°34’S, 151°33’E, 295–422 m, 16.10.2010.— PAPUA NIUGUINI: 1 female(MNHN-IU-2013-652), 1 male (MNHN-IU-2013-11598), W. Kranket I., stn CP3948, 05°12’S, 145°51'E, 363–388 m, 26.11.2012; 1 male, 1 female(MNHN-IU-2013-9016), west KranketI., stn CP3949, 05°12’S, 145°51’E, 380–407 m, 26.11.2012; 2 females(MNHN-IU-2013-9021), N.Huon Gulf, W. Cape Gerhards, Solomon Sea, stn CP3999, 06°45’S, 147°14’E, 360 m, 10.12.2012; 1 male, 1 female(MNHN-IU- 2013-4023), 1 damaged specimen, Astrolabe Bay, stn CP4023, 05°22’S, 145°48'E, 340–385 m, 14.12.2012; 1 female(MNHN-IU-2013-9022), Astrolabe Bay, stn CP4028, 05°22’S, 145°47’E, 300–320 m, 14.12.2012; 1 female(MNHN-IU-2013-1565), North Aitape, Bismarck Sea, stn CP4053, 03°03’S, 142°19’E, 300–308 m, 20.12.2012. Australia. CSIRO RV Soela: 1 male(QM W 15386), Queensland; 1 male(QM W 15839), Yeppoon, northeastern Queensland, stn 9, 22°56.4’S, 154°24.7’E, 678–695 m, 18.11.1985(QM W 17023).—RV Cidaris: 4 males, 3 females, northeastern Queensland, stn 42‒2, 17°21.77’S, 146°48.52’E, J.C.U., epibenthic sled, 300 m, 15.05.1986; 7 males (largest 5.1 × 5.7 mm), 4 females(largest 5.5 × 6.1 mm) (QM W 15387), northeastern Queensland, 287–300 m, stn 46-2, 17°52.06’S, 147°02.48’E, epibenthic sled, 16.05.1986; 10 males (largest 6.6 × 7.4 mm), 6 females(largest 7.2 × 8.3 mm) (QM W 15386), northeastern Queensland, 296–303 m, stn 42–2, 17°21.77’S, 146°48.52’E, 15.05.1986; 1 male(QM W 15388), northern Queensland, stn 43-2, 17°34.58’S, 146°53.21’E, J.C.U., 458–500 m, 15.05.1986.— CSIRO FRV Southern Surveyor: 1 female(10.2 × 11.5 mm) (QM W 17289), Gulf of Carpentaria, northern Queensland, 56 m, 14°58.9’S, 139°12.1’E, dredge, 29.11.1990. New Caledonia.BATHUS 1: 2 males, 1 female(MNHN-IU-2013-9072), stn CP695, 20°34.6’S, 164°57.9’E, 410–430 m, 17.03.1993; 1 female (MNHN-IU-2013-9457), east coast, stn CP656, 21°13.17’S, 165°53.98’E, 452– 460 m, 12.03.1993; 2 small males, 2 small females (ZRC 2015.209), stn DW654, 21°17.11’S, 165°56.77’E, 237– 298 m, 12.03.1993; 1 juvenile male (MNHN-IU-2013-9463), stn DW655, 21°16.78’S, 165°56.97’E, 375 m, 12.03.1993; 1 male (MNHN-IU-2013-9462), stn DW673, 20°48.37’S, 165°19.31’E, 170 m, 14.03.1993.— HALIPRO 1: 1 male, 1 female (MNHN-IU-2013-9075), stn CP851, 21°43.9’S, 166°37.4’E, 314–364 m, 19.03.1994.—EXBODI: 3 males (MNHN-IU-2011-7978), Kouakoué Canyon, stn CP3821, 21°53’S, 166°50’E, 0 7.09.2011. Fiji.MUSORSTOM 10: 1 juvenilemale, 1 juvenile female (MNHN-IU-2013-9031), stn DW1319, 17°15.6’S, 178°01.9’E, 341–347 m, 06.08.1998; 1 male(MNHN-IU-2013-9068), south of VitiLevu, stn CP1390, 18°18.6’S, 178°5.1’E, 234–361 m, 19.08.1998.
Diagnosis. Carapace ( Fig. 6) subtrapezoidal, 1.0‒1.2 wider than long; front bilobed, produced to slightly produced, with slight to deep median cleft; anterolateral margins arcuate, minutely granular, granules higher along lateral margins, without distinct lobes or teeth. Epistome ( Fig. 23A, B) slightly depressed; semicircular median lobe with deep median fissure, semicircular lateral margins without visible fissures. Eye peduncle filling ( Fig. 23A, B) orbit, short, slightly mobile; cornea reduced, with reduced pigmentation. Third maxillipeds ( Fig. 30A) almost entirely fill buccal cavern when closed; merus subcircular, outer margin convex, anteroexternal angle not produced; ischium subquadrate, about same length as merus. Chelipeds ( Figs. 6; 38A–F) subequal in length, slightly dissimilar in females, heteromorphic in males; fingers of major chela ( Fig. 38A, C, E) proportionally long, slightly longer than propodus; thickened propodus in large males; pollex slightly longer than dactylus, armed with sharp teeth (arched, proximal, toothless gap in large males); fingers of minorchela of both sexes ( Fig. 38B, D, F) subcircular in cross-section, scissor-like; with sharp teeth in pollex, distal two longest overlapping dactylus when closed. Inner margin of chelipeds carpus smooth. Ventral surface of cheliped merus without teeth or large tubercles. Ambulatory legs ( Fig. 6) proportionally short; P5 merus 0.6 cl (male cl 8.3 mm; NMV J54591). Meri with microscopic granules, unarmed; long setae along anterior, posterior margins of propodi, dactyli. P5 dactylus upcurved ( Fig. 6). Fused thoracic sternites 1, 2 ( Fig. 51A), triangular, proportionally narrow, short; fused thoracic sternites 3, 4 ( Figs. 51A; 86A; 90A) relatively broad. Sterno-pleonal cavity deep, press-button for pleonal holding as small, short tubercle just posterior to thoracic sternal suture 4/5 at edge of sterno-pleonal cavity. Male pleon ( Figs. 51A; 58A) with somite 6 broad, lateral margins convex, of fused somites 3–5 convex; telson proportionally short. G1 ( Fig. 67A, B, D–F) stout, distal segment gently curved, distal segment curved inwards towards sternum, with short to long spinules. G2 ( Fig. 67C) about 3/4 G1 length, straight, slender, distal segment short, straight. Female pleon ( Fig. 86A) with lateral margins of somites strongly convex; telson proportionally short. Sternopleonal cavity of female ( Fig. 90A) moderately deep, vulvae far apart from each other.
Remarks. This species was originally described from three males collected from the Bay of Bengal at a depth of about 380 m.The specimens from northwestern Australiaare generally similar in carapace shape (relatively quadrate) with similar ambulatory leg lengths (cf. Fig. 6A, C; Alcock 1899: pl. 4 fig. 3; Alcock & MacGilchrist 1905: pl. 74 fig. 3). We were unable to examine Alcock’s typematerial from the Bay of Bengal, presumably at the Zoological Survey of India, Calcutta (formerly Indian Museum). Specimens with broader carapaces and relatively longer ambulatory legs from the western Pacific populations are here described as a new species, C. leptomerus n. sp. The good series of specimens of C. rubidafrom the northern and western parts of Australia and Andaman Sea suggest that there is some variation in the form of the G1. The largest male specimens (in excess of 8 mmcl) have a G 1 inwhich the distal part is less elongated, with the spinules relatively fewer and less strong ( Fig. 67E). Smaller males (which are adult (less than 7 mmcl) have the distal part of the G1 relatively longer, with more and stronger spinules ( Fig. 67B). The elongation of the distal part as well as the length and density of spinules is associated with size. The specimens are sympatric. A male (6.7 × 7.2 mm, NMV J54595) from Western Australia has a relatively shorter G1 compared to a large male (8.3 × 8.5 mm, NMV J54591) from the same location. The G1s of smaller males resembles those of C. africana n. sp.( Fig. 67G, H) but the latter has even fewer and shorter spinules even when they are comparable in size to large C. rubida( Fig. 67D, E). Some degree of variation was observed in the material examined. The front can be salient (male 10.0 × 10.3 mm, NMV J54592) and not produced and with a slight median cleft (male 8.3 × 8.5 mm, NMV J54591; Fig. 6F, J, K). We nevertheless remain unsure if all the material we now refer to Camatopsis rubidarepresents one species. Their depth range is very substantial, varying from 36 to 695 m. It should be noted that most of our Andaman Sea material is from relatively shallow waters (less than 80 m), whereas that from other locations usually exceed 200 min depth. Their carapaces and G1 structures are nevertheless very similar in form and it is difficult to separate them. The present revision clarifies the confused taxonomy of what has been called “ Camatopsis rubida” in many publications. Because of the close superficial similarity in their general carapace shape and pereiopod structure, it is often difficult to separate the species without their diagnostic G1 structures. For this reason, old records of this species must be treated with doubt unless the specimens are re-examined. As such, the records of Rathbun (1910: 344, Gulfof Thailand), Serène (1964a: 268, Indonesia; 1968: 268, in list), Huang (1994: 593 [in list], South ChinaSea], Ng & Davie (2002: 378 [in list], Andaman Sea) and Jiang (2008: 770, South ChinaSea)remain unclear. These areas all have more than one species so the specimens must be re-examined before more can be said. The records by Zarenkov (1972: 239, fig. 5-4)and Chen (1998: 303, fig. 25-8)from the South ChinaSea are clearly C. rubidaas defined at present as their G1 structures were figured. Doflein’s (1904: 121) specimen from western Sumatrais clearly C. rubidain its carapace form and G1 structure, and it was from deeper waters as well ( 660 m). It is also the only other species known from that part of the world. Camatopsis minor n. sp.( typelocality Indonesia) is also believed to occur in the Andaman Sea, where it lives in waters of less than 90 mdepth (see discussion for the species). One particular problem with C. rubidamerits discussion. The status of “ Camatopsis rubida” as described and figured by Tesch (1918: 235–237, pl. 16 fig. 3)is very confusing as it involves a total of four different taxa in two genera. All specimens (from eight separate stations in Indonesia) are small and delicate, and not surprisingly, their identities confused Tesch. It is important to discuss each of them at length here to clarify this. Tesch ultimately decided there were only two forms and commented: “The various specimens present such rather important differences one from another, that at first sight I was inclined to regard them as two distinct species; on close examination, however, I have come to the conclusion, that all the specimens belong to the same species. For the sake of convenience I shall discriminate the two forms under the names A and B, beginning with A.” ( Tesch 1918: 235). He referred specimens from stations 5, 254, 306 and part of 312 to his “Forma A”, and specimens from stations 114, 116, 260 and part of 312 to “Forma B”. He was undecided about the single male specimen from station 302. He regarded most of the specimens (all the males) as juveniles. We examined all but one of Tesch’s specimens from the eight stations. All are small and delicate (they appear to have been previously preserved in strong formalin and most of their pereiopods have fallen off). Tesch (1918)recorded one male and one ovigerous female from station 5, but we were only able to locate the female specimen. The male specimen may have broken up in many small pieces (the bottle has considerable debris inside). The variation Tesch observed in the setation, carapace shape, third maxillipeds, and gonopods was certainly confusing because of their size but we discovered that they actually represent four separate taxa. Indeed, the small specimens in this series do show some variation in the structure of the merus and ischium of the third maxillipeds, and more considerable variation is setation. But contrary to what Tesch presumed, most of the males, although small, are mature or possess the necessary diagnostic characters. All his clear “Forma A” specimens turn out to be C. rubida s. str.His material of “Forma B” on the other hand, contained three taxa. For example, he separated the two male specimens from station 312 to two forms, and figured their G1s (drawn in situ) ( Tesch 1918: pl. 16 fig. 3d, e). As it turns out, one of the males is recognised here as C. rubida s. str.( Tesch 1918: pl. 16 fig. 3e) whereas the other is C. leptomerus n. sp.( Tesch 1918: pl. 16 fig. 3d). The structures of their G1s confirm this. Although Tesch was unsure about the identity of his male specimen from station 302, the G1 structure leaves no doubt it is actually C. leptomerus n. sp.All the specimens from stations 114 and 116, which he had referred to his “Forma B” turned out to be C. minor n. sp.Station 260 is arguably the most interesting. It has one male specimen of C. minor n. sp., but, in addition, two male specimens of Microtopsis teschi n. sp.The present findings are summarised in Table 1.
Distribution. Andaman Sea, eastern Indian and western Pacific oceans ( Indonesiato New Caledonia; Fiji). Depth: 36‒ 695 m.
1424725847
India
Alcock
349
Andaman Sea
Calcutta
32
33
352
3
syntype
1424725840
1966-01-20
ZMUC, CRU-
Thailand
Thai Danish Expedition
53
7.483333
Other
1303
98.7
Andaman Sea
32
33
CRU-20540
1
1
1424725829
CSIRO, NMV
RV Southern Surveyor
-22.070835
Southern Surveyor
21
113.81111
32
33
1
1
Western Australia
1424725845
[199,870,1719,1744]
DEUTSCH, TIEFSEE, EXPEDITION
Indonesia
Sumatra
32
33
1
Sumatra
1424725842
1899-04-12
ZMB
Indonesia
660
Bangkam
32
33
1
1
Sumatra
1424725832
SIBOGA, EXPEDITION
Indonesia
330
-7.7666664
Java
129
114.50833
32
33
2
2
Java
1424725828
Indonesia
247
-8.45
Flores
929
122.90833
32
33
1
1
1424725848
Indonesia
312274
Sumbawa
Saleh Bay
32
33
1
1
1424725839
Indonesia
310
-5.6666665
Kei Is.
1305
132.43333
32
33
1
1
1424725827
[199,663,151,176]
Papua New Guinea
Papua New Guinea
34
35
1
1
1424725833
2010-08-22
Papua New Guinea
255
-6.95
South East Point
1303
147.13333
34
35
2
2
Gulf
1424725841
2010-08-23
Southeast Point
Papua New Guinea
284
-7.483333
Gulf
1303
147.51666
34
35
6
6
Gulf
1424725853
2010-08-23
Southeast Point
Papua New Guinea
291
-7.483333
Gulf
1303
147.55
34
35
7
7
Gulf
1424725862
2010-09-23
Papua New Guinea
268
-4.8333335
Open Bay
1306
151.63333
34
35
2
2
Gulf
1424725870
[625,1411,332,357]
2010-09-29
Papua New Guinea
198
-2.1666667
Manus
1307
147.25
34
35
1
1
Manus
1424725850
2010-10-16
Papua New Guinea
359
-5.5666666
Jacquinot Bay
1305
151.55
34
35
1
1
Manus
1424725849
[151,789,404,429]
NIUGUINI
Papua New Guinea
PAPUA
34
35
1
1
PAPUA
1424725855
2012-11-26
Kranket I.
Papua New Guinea
394
-5.2
west Kranket
1305
145.85
34
35
1
1
PAPUA
1424725854
2012-10-12
W. Cape Gerhards & Solomon Sea
Papua New Guinea
360
-6.75
Gulf
1304
147.23334
34
35
2
2
Gulf
1424725872
2012-12-14
Papua New Guinea
363
-5.366667
Astrolabe Bay
1305
145.8
34
35
1
1
Gulf
1424725871
2012-12-14
Papua New Guinea
310
-5.366667
Astrolabe Bay
1305
145.78334
34
35
1
1
Gulf
1424725857
2012-12-20
Bismarck Sea
Papua New Guinea
304
-3.05
North Aitape
1307
142.31667
34
35
1
1
Gulf
1424725860
[199,1002,692,717]
CSIRO
RV Soela
Australia
Queensland
34
35
1
1
Queensland
1424725873
1985-11-18
Australia
687
-22.94
Yeppoon
125
154.41167
34
35
1
1
Queensland
1424725856
1986-05-15
J.A. Cuesta
Australia
300
-17.362833
Queensland
13
146.80867
34
35
3
3
Queensland
1424725863
1986-05-16
Australia
294
-17.867666
Queensland
13
147.04134
34
35
4
4
Queensland
1424725868
1986-05-15
Australia
300
-17.362833
Queensland
13
146.80867
34
35
6
6
Queensland
1424725858
1986-05-15
J.A. Cuesta
Australia
479
-17.576334
Queensland
13
146.88684
34
35
1
1
Queensland
1424725861
1990-11-29
CSIRO, FRV
Australia
56
-14.981667
Gulf of Carpentaria
128
139.20166
Southern Surveyor
34
35
1
1
Queensland
1424725867
1993-03-17
New Caledonia
420
-20.576666
New Caledonia
126
164.965
34
35
3
1
2
1424725859
[199,656,1303,1328]
Fiji
Fiji
34
35
1
1
1424725851
1998-08-19
Fiji
298
-18.31
Viti
127
178.085
34
35
1
1