occurrenceID	taxonID	catalogNumber	collectionCode	institutionCode	typeStatus	verbatimLabel	sex	individualCount	eventDate	recordedBy	recordNumber	decimalLatitude	decimalLongitude	minimumElevationInMeters	maximumElevationInMeters	minimumDepthInMeters	maximumDepthInMeters	country	stateProvince	municipality	locality	references	associatedOccurrences	associatedReferences	associatedSequences	basisOfRecord
039C87B1FF9D1F619D9DFE2E60F0FF03.mc.3B5D3CFAFF9D1F789E4DFEA8661DFD5D	039C87B1FF9D1F619D9DFE2E60F0FF03.taxon	UF 220105		UF		Each hypural supports five or six principal caudal-fin rays, with the ventral hypural usually supporting one ventral procurrent caudal-fin ray (although the support for the ventral procurrent ray varies intraspecifically; see Table 2). One or two dorsal procurrent rays are present. Two dorsal procurrent rays, both supported by the posterior epural, is the most common condition. One specimen of Porichthys greenei (UF 220105, 60.71 mm SL) does not have any procurrent rays. The single ventral procurrent caudal-fin ray is supported by either the ventral hypural or the distal caudal radial cartilage of parhypural		1														https://treatment.plazi.org/id/039C87B1FF9D1F619D9DFE2E60F0FF03#3B5D3CFAFF9D1F789E4DFEA8661DFD5D				MaterialCitation
039C87B1FF9D1F619D9DFE2E60F0FF03.mc.3B5D3CFAFF801F649E5FFAB6616FFA54	039C87B1FF9D1F619D9DFE2E60F0FF03.taxon	UF 226105, 50.7, 60.7, UF 2206105		UF		The structure of the neural spine of the second preural centrum is intraspecifically variable in Porichthys greenei. A full neural spine of the second preural centrum, including an elongate rod-like distal portion with a cartilaginous core, is present in some specimens (UF 226105, 50.7 and 37.1 mm SL; Fig. 12 A, B), whereas the distal portion is lacking in others (UF 226105, 60.7 and 56.2 mm SL; Fig. 12 C, D). One specimen (UF 226105, 44.0 mm SL) has a distinct distal component, although it is reduced and does not extend beyond the distal tip of the proximal component of the neural spine of the second preural centrum. Some specimens (UF 2206105, 50.7 and 37.1 mm SL) have two neural spines on the second preural centrum; the larger specimen also has two haemal spines on the second preural centrum. As in other taxa, this individual plasticity is likely to be a response to malformation of vertebral bodies during development (Witten & Hall, 2015)		1														https://treatment.plazi.org/id/039C87B1FF9D1F619D9DFE2E60F0FF03#3B5D3CFAFF801F649E5FFAB6616FFA54				MaterialCitation
039C87B1FF9D1F619D9DFE2E60F0FF03.mc.3B5D3CFAFF811F649CD6FA3F6173F93E	039C87B1FF9D1F619D9DFE2E60F0FF03.taxon	UF 226009, USNM 101730		UF, USNM		The parhypural flange is straight to slightly concave in this species. The only exceptions observed were in one specimen (UF 226009, 70.3 mm SL) that has a sharp indentation at approximately the midpoint of the flange, and in another (USNM 101730, 33.40 mm SL) that bears two anterior bulges, both of which are slightly smaller than the spine on the articular edge		1														https://treatment.plazi.org/id/039C87B1FF9D1F619D9DFE2E60F0FF03#3B5D3CFAFF811F649CD6FA3F6173F93E				MaterialCitation
039C87B1FF9D1F619D9DFE2E60F0FF03.mc.3B5D3CFAFF811F649E4DFA1C673DF959	039C87B1FF9D1F619D9DFE2E60F0FF03.taxon	UF 226009, 89.4, 78.8		UF		The epurals in most specimens of Porichthys margaritatus are simple rod-shaped elements that lack flanges or other outgrowths. However, in three specimens a short trapezoidal flange projects from the anterior extremity of the anterior epural (UF 226009, 89.4, 78.8 and 70.3 mm SL)		3														https://treatment.plazi.org/id/039C87B1FF9D1F619D9DFE2E60F0FF03#3B5D3CFAFF811F649E4DFA1C673DF959				MaterialCitation
039C87B1FF9D1F619D9DFE2E60F0FF03.mc.3B5D3CFAFF861F639E5FFAD76796F8A5	039C87B1FF9D1F619D9DFE2E60F0FF03.taxon	VIMS 38017, USNM 104503, VIMS 38107, FMNH 122401		VIMS, USNM, FMNH		Other intraspecific variations include the presence of a postzygapophysis on the second preural centrum and the occurrence of distal caudal cartilages. Two specimens (VIMS 38017, 84.0 mm SL and USNM 104503, 98.2 mm SL) have weakly developed ventral postzygapophyses on the haemal arch of the second preural centrum, which are approximately half of the depth of the ventral prezygapophysis on the first ural centrum. Thus, specimen VIMS 38107 was the only specimen of Batrachoidiformes to have a dorsal postzygapophysis on the second preural centrum (Fig. 11 A); this process is small, with its length only about one-third that of the dorsal prezygapophysis on the first ural centrum. Specimens FMNH 122401 (120.2 mm SL) and VIMS 38017 (84.0 mm SL) have a small, circular posthaemal distal cartilage of the second preural centrum; no other specimen of this species examined has this element		2														https://treatment.plazi.org/id/039C87B1FF9D1F619D9DFE2E60F0FF03#3B5D3CFAFF861F639E5FFAD76796F8A5				MaterialCitation
039C87B1FF9D1F619D9DFE2E60F0FF03.mc.3B5D3CFAFF871F629E4DFE3160F8FCDB	039C87B1FF9D1F619D9DFE2E60F0FF03.taxon	MCZ 170729, VIMS 1132, MZUSP 45398		MCZ, VIMS, MZUSP		The epural bones are simple, varying from slightly convex to concave. The anterior tip of the anterior epural in MCZ 170729 (150.8 mm SL) is curved and contacts the neural spine of the second preural centrum. The anterior epural has a flange in the proximal edge, of variable prominence; it is distinct and trapezoidal in one specimen (VIMS 1132, 55.7 mm SL; Fig. 11 D) but slender in another (VIMS 1132, 81.6 mm SL). The epurals of MZUSP 45398 (40.0 mm SL) have angular extensions projecting from the anterior tip of both bones		1														https://treatment.plazi.org/id/039C87B1FF9D1F619D9DFE2E60F0FF03#3B5D3CFAFF871F629E4DFE3160F8FCDB				MaterialCitation
039C87B1FF9D1F619D9DFE2E60F0FF03.mc.3B5D3CFAFF841F619DB7FAFD60F4FF03	039C87B1FF9D1F619D9DFE2E60F0FF03.taxon	USNM 302134		USNM		Dorsal prezygapophyses on the first ural centrum were observed in all examined specimens of USNM 302134 (N = 6). As in Porichthys margaritatus, the prominence of this process increases during ontogeny. The smallest examined specimen (48.7 mm SL) bears weakly developed dorsal prezygapophyses, whereas these processes are greatly developed and contact the base of the neural spine in larger specimens (56.1 and 77.7 mm SL). Two specimens (53.5 and 75.5 mm SL) were found to have a small ventral prezygapophysis on the first ural centrum, the length of which is approximately half that of the dorsal prezygapophysis. The 75.5 mm SL specimen has a small ventral postzygapophysis on the second preural centrum, similar to the size of the ventral prezygapophysis of the first ural centrum. The posterior margin of the haemal spine of the 56.1 and 53.5 mm SL specimens has hook-like projections, which in the smaller specimen contact the articular edge of the parhypural flange. Other variation includes two neural spines on the second preural centrum on the 77.7 mm SL specimen		2														https://treatment.plazi.org/id/039C87B1FF9D1F619D9DFE2E60F0FF03#3B5D3CFAFF841F619DB7FAFD60F4FF03				MaterialCitation
039C87B1FF841F6B9E37FEDD61DAFA7C.mc.3B5D3CFAFF8E1F6B9CE0FD58625BFC41	039C87B1FF841F6B9E37FEDD61DAFA7C.taxon	MZUSP 47283		MZUSP		has a total of 16 caudal-fin rays, with I, 5, 5, I as the most frequently observed principal formula. One specimen (MZUSP 47283) was observed to have 14 principal caudal-fin rays (I, 6, 6, I), although the total count of fin rays is the same. This specimen has a single dorsal and ventral procurrent ray, in contrast to two pairs of both dorsal and ventral procurrent rays in other specimens of Thalassophryne nattereri		1														https://treatment.plazi.org/id/039C87B1FF841F6B9E37FEDD61DAFA7C#3B5D3CFAFF8E1F6B9CE0FD58625BFC41				MaterialCitation
039C87B1FFA51F4F9D9DF9A862B7FF03.mc.3B5D3CFAFFA51F409E25FA4367B6FA3A	039C87B1FFA51F4F9D9DF9A862B7FF03.taxon	USNM 330064		USNM	paratype	USNM 330064, 49.5 mm SL (paratype)		1														https://treatment.plazi.org/id/039C87B1FFA51F4F9D9DF9A862B7FF03#3B5D3CFAFFA51F409E25FA4367B6FA3A				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9CD1FE486271FE08	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	UF 228539, UF 12965		UF	paratype	Cleared and stained: UF 228539, 73.5 mm SL. CT scanned: UF 12965 (paratype), 93.8 mm SL		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9CD1FE486271FE08				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9CCDFCE7626FFCB8	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	USNM 104530		USNM		USNM 104530 (2), 98.2 and 98.3 mm SL		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9CCDFCE7626FFCB8				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9C30FCC56136FCB8	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 38017		VIMS		VIMS 38017, 84.0 mm SL		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9C30FCC56136FCB8				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9F78FCC5614CFC7A	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 38018		VIMS		VIMS 38018, 84.8 mm SL. Ontogenetic series: 32 specimens of size ranging from 5.4 to 21.5 mm TL		32														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9F78FCC5614CFC7A				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9F17FC83627DFC64	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40257		VIMS		VIMS 40257, 6.5 mm TL (no SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9F17FC83627DFC64				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9C23FC616058FC64	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40258		VIMS		VIMS 40258, 15.8 mm TL (14.3 mm SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9C23FC616058FC64				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9DAFFC406131FC47	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40259		VIMS		VIMS 40259, 14.6 mm TL (13.12 mm SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9DAFFC406131FC47				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9F74FC40628BFC26	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40260		VIMS		VIMS 40260, 18.4 mm TL (16.1 mm SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9F74FC40628BFC26				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9CECFC2F6262FC00	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40261		VIMS		VIMS 40261, 18.5 mm TL (16.3 mm SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9CECFC2F6262FC00				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9C49FC0D61E1FC00	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40262		VIMS		VIMS 40262, 7.11 mm TL (no SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9C49FC0D61E1FC00				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9FC4FC0D6293FBE3	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40263		VIMS		VIMS 40263, 6.8 mm TL (no SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9FC4FC0D6293FBE3				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9CDBFBEC6217FBC2	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40264		VIMS		VIMS 40264, 21.64 mm TL (18.6 mm SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9CDBFBEC6217FBC2				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9C5BFBCB6393FBAC	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40265		VIMS		VIMS 40265, 17.4 mm TL (15.4 mm SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9C5BFBCB6393FBAC				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9DDBFBA96132FBAC	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40266		VIMS		VIMS 40266, 12.9 mm TL (11.9 SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9DDBFBA96132FBAC				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9F7AFBA9628BFB8F	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40267		VIMS		VIMS 40267, 11.4 mm TL (10.6 mm SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9F7AFBA9628BFB8F				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9CECFB886272FB6E	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40268		VIMS		VIMS 40268, 10.8 mm TL (10 mm SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9CECFB886272FB6E				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9C3BFB976058FB6E	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 20469		VIMS		VIMS 20469, 13.1 mm TL (11.8 mm SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9C3BFB976058FB6E				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9DAFFB756132FB48	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40270		VIMS		VIMS 40270, 15.4 mm TL (14.3 mm SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9DAFFB756132FB48				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9F7AFB75628BFB2B	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40271		VIMS		VIMS 40271, 15.2 mm TL (13.7 mm SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9F7AFB75628BFB2B				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9CECFB546261FB0A	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40272		VIMS		VIMS 40272, 11.7 mm TL (10.9 mm SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9CECFB546261FB0A				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9C46FB336059FB0A	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40273		VIMS		VIMS 40273, 10.3 mm TL (9.7 mm SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9C46FB336059FB0A				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9DAFFB11614CFAF4	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40274		VIMS		VIMS 40274, 6.8 mm TL (no SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9DAFFB11614CFAF4				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9F10FB11627DFAD7	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40275		VIMS		VIMS 40275, 8.4 mm TL (no SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9F10FB11627DFAD7				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9C23FAF06058FAD7	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40276		VIMS		VIMS 40276, 12.5 mm TL (11.5 mm SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9C23FAF06058FAD7				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9DAFFADF614CFAB6	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40277		VIMS		VIMS 40277, 9.8 mm TL (no SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9DAFFADF614CFAB6				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9F10FADF6278FA90	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40278		VIMS		VIMS 40278, 8.7 mm TL (no SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9F10FADF6278FA90				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9C3EFABD61E4FA90	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40279		VIMS		VIMS 40279, 8.3 mm TL (no SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9C3EFABD61E4FA90				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9FCAFABD6285FA73	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40280		VIMS		VIMS 40280, 8.4 mm TL (no SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9FCAFABD6285FA73				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9CEBFA9C63A8FA5D	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40281		VIMS		VIMS 40281, 7.8 mm TL (no SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9CEBFA9C63A8FA5D				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9C0CFA7A6130FA5D	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40282		VIMS		VIMS 40282, 6.2 mm TL (no SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9C0CFA7A6130FA5D				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9F7BFA7A62DEFA3C	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40283		VIMS		VIMS 40283, 7.3 mm TL (no SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9F7BFA7A62DEFA3C				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9C87FA596058FA3C	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40284		VIMS		VIMS 40284, 7.9 mm TL (no SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9C87FA596058FA3C				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9DAFFA386154FA1F	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40285		VIMS		VIMS 40285, 6 mm TL (no SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9DAFFA386154FA1F				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9F19FA386278F9F9	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40286		VIMS		VIMS 40286, 6.4 mm TL (no SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9F19FA386278F9F9				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9C3EFA0661E4F9F9	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40287		VIMS		VIMS 40287, 5.4 mm TL (no SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9C3EFA0661E4F9F9				MaterialCitation
039C87B1FFAA1F4F9DB7FEF86085FCF1.mc.3B5D3CFAFFAA1F4F9FCAFA066293F9D8	039C87B1FFAA1F4F9DB7FEF86085FCF1.taxon	VIMS 40859		VIMS		VIMS 40859, 7.4 mm TL (no SL)		1														https://treatment.plazi.org/id/039C87B1FFAA1F4F9DB7FEF86085FCF1#3B5D3CFAFFAA1F4F9FCAFA066293F9D8				MaterialCitation
039C87B1FFAB1F4D9E4DFE756092FA22.mc.3B5D3CFAFFA81F4D9E37FD3A6093FCFF	039C87B1FFAB1F4D9E4DFE756092FA22.taxon	VIMS 38041		Vims		VIMS 38041 (7, developmental series), from 8.2 to 27.2 mm SL		1														https://treatment.plazi.org/id/039C87B1FFAB1F4D9E4DFE756092FA22#3B5D3CFAFFA81F4D9E37FD3A6093FCFF				MaterialCitation
039C87B1FFAB1F4D9E4DFE756092FA22.mc.3B5D3CFAFFA81F4D9ED4FD186717FCDE	039C87B1FFAB1F4D9E4DFE756092FA22.taxon	VIMS 38028		Vims		VIMS 38028 (7, developmental series), from 9.4 to 14.0 mm SL		1														https://treatment.plazi.org/id/039C87B1FFAB1F4D9E4DFE756092FA22#3B5D3CFAFFA81F4D9ED4FD186717FCDE				MaterialCitation
