taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
7010878EFFA6272CA5F6FCC5CDDCFC05.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326186/files/figure.png	https://doi.org/10.5281/zenodo.13326186	FIGURE 2 | Myloplus aylan, INPA 60150, holotype, male, 213.01 mm SL, Brazil, Roraima, Caracaraí municipality, rio Baraúna, lago do Bento.	FIGURE 2 | Myloplus aylan, INPA 60150, holotype, male, 213.01 mm SL, Brazil, Roraima, Caracaraí municipality, rio Baraúna, lago do Bento.	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
7010878EFFA6272CA5F6FCC5CDDCFC05.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326188/files/figure.png	https://doi.org/10.5281/zenodo.13326188	FIGURE 3 | Myloplus aylan, coloration immediately after capture. Mature female, lago Uauaçu, Purus River basin. Photographed by Lucia Rapp Py-Daniel.	FIGURE 3 | Myloplus aylan, coloration immediately after capture. Mature female, lago Uauaçu, Purus River basin. Photographed by Lucia Rapp Py-Daniel.	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
7010878EFFA6272CA5F6FCC5CDDCFC05.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326190/files/figure.png	https://doi.org/10.5281/zenodo.13326190	FIGURE 4 | Geographic distribution of Myloplus schomburgkii (blue circles; the pink star at rio Negro basin represents the type-locality), M. sauron (red squares; the yellow star at rio Xingu basin represents the type-locality) and M. aylan (purple triangles; the black star at rio Branco basin represents the type-locality).	FIGURE 4 | Geographic distribution of Myloplus schomburgkii (blue circles; the pink star at rio Negro basin represents the type-locality), M. sauron (red squares; the yellow star at rio Xingu basin represents the type-locality) and M. aylan (purple triangles; the black star at rio Branco basin represents the type-locality).	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
7010878EFFA6272CA5F6FCC5CDDCFC05.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326192/files/figure.png	https://doi.org/10.5281/zenodo.13326192	FIGURE 5 | Sympatric occurrence of Myloplus schomburgkii (left) and M. aylan (right) in rio Água Boa do Univini, tributary of rio Branco. Both specimens are mature males, the specimens has not being preserved.	FIGURE 5 | Sympatric occurrence of Myloplus schomburgkii (left) and M. aylan (right) in rio Água Boa do Univini, tributary of rio Branco. Both specimens are mature males, the specimens has not being preserved.	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
7010878EFFA6272CA5F6FCC5CDDCFC05.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326184/files/figure.png	https://doi.org/10.5281/zenodo.13326184	FIGURE 1 | Schematic drawing of Myloplus schomburgkii with the landmarks used in the measurements. 1, anteriormost point of the snout. 2, distal margin of the hypurals. 3, dorsal-fin insertion. 4, pelvic-fin insertion. 5, posteriormost point of the opercle, not including opercular membrane. 6, supraocciptal’s base. 7, supraocciptal’s distal tip. 8, pectoral-fin insertion. 9, anal-fin insertion. 10, distal tip of the longest dorsal-fin unbranched ray. 11, base of the last dorsal-fin ray. 12, anterior end of the adipose-fin base. 13, pectoral-fin distal tip. 14, pelvic-fin distal tip. 15, distal tip of the longest anal-fin unbranched ray. 16, base of the longest ray of the second anal-fin lobe. 17, distal tip of the longest branched ray of the second anal-fin lobe. 18, distal end of the anterodorsal margin of the adipose fin. 19, posterior end of the adipose-fin base. 20, posterior end of the anal-fin base. 21, point of the dorsal profile of the caudal peduncle in which it is closest to ventral profile. 22, point of the ventral profile of the caudal peduncle in which it is closest to dorsal profile. 23, posteriormost point of the eye. 24, middle of posterior margin of the fourth infraorbital. 25, middle of anterodorsal margin of third infraorbital. 26, middle of posteroventral margin of third infraorbital. 27, internal angle of pre-opercle. 28, dorsalmost point of the eye. 29, ventralmost point of the eye. 30, anteriormost point of the eye. 31, distal end of the premaxilla. 32, point in which the head is wider. 33, point in which the caudal peduncle is wider. The ventral keel count comprises prepelvic spines (prPvSp), postpelvic spines (poPvSp), and the paired spines around anus (bISp).	FIGURE 1 | Schematic drawing of Myloplus schomburgkii with the landmarks used in the measurements. 1, anteriormost point of the snout. 2, distal margin of the hypurals. 3, dorsal-fin insertion. 4, pelvic-fin insertion. 5, posteriormost point of the opercle, not including opercular membrane. 6, supraocciptal’s base. 7, supraocciptal’s distal tip. 8, pectoral-fin insertion. 9, anal-fin insertion. 10, distal tip of the longest dorsal-fin unbranched ray. 11, base of the last dorsal-fin ray. 12, anterior end of the adipose-fin base. 13, pectoral-fin distal tip. 14, pelvic-fin distal tip. 15, distal tip of the longest anal-fin unbranched ray. 16, base of the longest ray of the second anal-fin lobe. 17, distal tip of the longest branched ray of the second anal-fin lobe. 18, distal end of the anterodorsal margin of the adipose fin. 19, posterior end of the adipose-fin base. 20, posterior end of the anal-fin base. 21, point of the dorsal profile of the caudal peduncle in which it is closest to ventral profile. 22, point of the ventral profile of the caudal peduncle in which it is closest to dorsal profile. 23, posteriormost point of the eye. 24, middle of posterior margin of the fourth infraorbital. 25, middle of anterodorsal margin of third infraorbital. 26, middle of posteroventral margin of third infraorbital. 27, internal angle of pre-opercle. 28, dorsalmost point of the eye. 29, ventralmost point of the eye. 30, anteriormost point of the eye. 31, distal end of the premaxilla. 32, point in which the head is wider. 33, point in which the caudal peduncle is wider. The ventral keel count comprises prepelvic spines (prPvSp), postpelvic spines (poPvSp), and the paired spines around anus (bISp).	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
7010878EFFAE2737A51CFF25CCE9FBB5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326194/files/figure.png	https://doi.org/10.5281/zenodo.13326194	FIGURE 6 | Myloplus sauron, INPA 40824, holotype, male, 132.8 mm SL, Brazil, Pará, Anapu municipality, rio Xingu, downstream from the Tamaracá waterfall.	FIGURE 6 | Myloplus sauron, INPA 40824, holotype, male, 132.8 mm SL, Brazil, Pará, Anapu municipality, rio Xingu, downstream from the Tamaracá waterfall.	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
7010878EFFAE2737A51CFF25CCE9FBB5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326196/files/figure.png	https://doi.org/10.5281/zenodo.13326196	FIGURE 7 | Myloplus sauron, color pattern in life. Young specimen from Xingu River basin, specimen not preserved.	FIGURE 7 | Myloplus sauron, color pattern in life. Young specimen from Xingu River basin, specimen not preserved.	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
7010878EFFAE2737A51CFF25CCE9FBB5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326198/files/figure.png	https://doi.org/10.5281/zenodo.13326198	FIGURE 8 | Myloplus sauron, coloration immediately after capture. A. Male. Notice the faint vertical mark, common during breeding period. B. Mature female. Xingu River basin. Photo by M. H. Sabaj.	FIGURE 8 | Myloplus sauron, coloration immediately after capture. A. Male. Notice the faint vertical mark, common during breeding period. B. Mature female. Xingu River basin. Photo by M. H. Sabaj.	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
7010878EFFAE2737A51CFF25CCE9FBB5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326186/files/figure.png	https://doi.org/10.5281/zenodo.13326186	FIGURE 2 | Myloplus aylan, INPA 60150, holotype, male, 213.01 mm SL, Brazil, Roraima, Caracaraí municipality, rio Baraúna, lago do Bento.	FIGURE 2 | Myloplus aylan, INPA 60150, holotype, male, 213.01 mm SL, Brazil, Roraima, Caracaraí municipality, rio Baraúna, lago do Bento.	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
7010878EFFAE2737A51CFF25CCE9FBB5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326190/files/figure.png	https://doi.org/10.5281/zenodo.13326190	FIGURE 4 | Geographic distribution of Myloplus schomburgkii (blue circles; the pink star at rio Negro basin represents the type-locality), M. sauron (red squares; the yellow star at rio Xingu basin represents the type-locality) and M. aylan (purple triangles; the black star at rio Branco basin represents the type-locality).	FIGURE 4 | Geographic distribution of Myloplus schomburgkii (blue circles; the pink star at rio Negro basin represents the type-locality), M. sauron (red squares; the yellow star at rio Xingu basin represents the type-locality) and M. aylan (purple triangles; the black star at rio Branco basin represents the type-locality).	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
7010878EFFB42700A584FB12CCABF868.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326200/files/figure.png	https://doi.org/10.5281/zenodo.13326200	FIGURE 9 | Myloplus schomburgkii, INPA 60149, neotype, male, 203.9 mm SL, Brazil, Amazonas, Barcelos municipality, rio Negro.	FIGURE 9 | Myloplus schomburgkii, INPA 60149, neotype, male, 203.9 mm SL, Brazil, Amazonas, Barcelos municipality, rio Negro.	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
7010878EFFB42700A584FB12CCABF868.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326202/files/figure.png	https://doi.org/10.5281/zenodo.13326202	FIGURE 10 | Myloplus schomburgkii, color pattern immediately after capture. A. INPA 60149, neotype, 203.9 mm SL, male, with second lobe well developed and remarkable breeding coloration.B. INPA 52507, 197.1 mm SL, female. Both from Amazonas, Barcelos municipality, rio Negro.	FIGURE 10 | Myloplus schomburgkii, color pattern immediately after capture. A. INPA 60149, neotype, 203.9 mm SL, male, with second lobe well developed and remarkable breeding coloration.B. INPA 52507, 197.1 mm SL, female. Both from Amazonas, Barcelos municipality, rio Negro.	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
7010878EFFB42700A584FB12CCABF868.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326204/files/figure.png	https://doi.org/10.5281/zenodo.13326204	FIGURE 11 | Geographic variation in Myloplus schomburgkii. A. Roraima, Caracaraí municipality, rio Água Boa do Univiní. B. Tapajós River basin. Both recently collected, females, not preserved. Notice, in A, the vertical bar conspicuous across the flank, while in B the bar is conspicuous only dorsally to the lateral line.	FIGURE 11 | Geographic variation in Myloplus schomburgkii. A. Roraima, Caracaraí municipality, rio Água Boa do Univiní. B. Tapajós River basin. Both recently collected, females, not preserved. Notice, in A, the vertical bar conspicuous across the flank, while in B the bar is conspicuous only dorsally to the lateral line.	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
7010878EFFB42700A584FB12CCABF868.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326208/files/figure.png	https://doi.org/10.5281/zenodo.13326208	FIGURE 12 | Geographic variation in Myloplus schomburgkii, 202.4 mm SL. Teles Pires River basin. Notice the oval mark on the flank, instead of a vertical bar.	FIGURE 12 | Geographic variation in Myloplus schomburgkii, 202.4 mm SL. Teles Pires River basin. Notice the oval mark on the flank, instead of a vertical bar.	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
7010878EFFB42700A584FB12CCABF868.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326210/files/figure.png	https://doi.org/10.5281/zenodo.13326210	FIGURE 13 | Geographic variation in Myloplus schomburgkii. Both from the Teles Pires River basin, immediately after capture. A. Female. B. Male. Notice the oval mark on the flank, instead of a vertical bar. Photographed by Renan Condé Pires, not preserved.	FIGURE 13 | Geographic variation in Myloplus schomburgkii. Both from the Teles Pires River basin, immediately after capture. A. Female. B. Male. Notice the oval mark on the flank, instead of a vertical bar. Photographed by Renan Condé Pires, not preserved.	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
7010878EFFB42700A584FB12CCABF868.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326212/files/figure.png	https://doi.org/10.5281/zenodo.13326212	FIGURE 14 | Illustration of a female from rio Negro basin, provided by Robert H. Schomburgk, in which Jardine in Schomburgk (1841, plate 22) based the original description of Tetragonopterus schomburgkii.	FIGURE 14 | Illustration of a female from rio Negro basin, provided by Robert H. Schomburgk, in which Jardine in Schomburgk (1841, plate 22) based the original description of Tetragonopterus schomburgkii.	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
7010878EFFB42700A584FB12CCABF868.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326188/files/figure.png	https://doi.org/10.5281/zenodo.13326188	FIGURE 3 | Myloplus aylan, coloration immediately after capture. Mature female, lago Uauaçu, Purus River basin. Photographed by Lucia Rapp Py-Daniel.	FIGURE 3 | Myloplus aylan, coloration immediately after capture. Mature female, lago Uauaçu, Purus River basin. Photographed by Lucia Rapp Py-Daniel.	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
7010878EFFB42700A584FB12CCABF868.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326190/files/figure.png	https://doi.org/10.5281/zenodo.13326190	FIGURE 4 | Geographic distribution of Myloplus schomburgkii (blue circles; the pink star at rio Negro basin represents the type-locality), M. sauron (red squares; the yellow star at rio Xingu basin represents the type-locality) and M. aylan (purple triangles; the black star at rio Branco basin represents the type-locality).	FIGURE 4 | Geographic distribution of Myloplus schomburgkii (blue circles; the pink star at rio Negro basin represents the type-locality), M. sauron (red squares; the yellow star at rio Xingu basin represents the type-locality) and M. aylan (purple triangles; the black star at rio Branco basin represents the type-locality).	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
7010878EFFB42700A584FB12CCABF868.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/13326214/files/figure.png	https://doi.org/10.5281/zenodo.13326214	FIGURE 15 | Maximum clade credibility tree obtained from 10,000 post-burnin MrBayes trees. Colored dots represent unique mPTP species delimitation clusters (total 48), with posterior probability for each delimitation reported in the corresponding bar plot (right). Dataset comprised 209 dereplicated COI barcodes. The Myloplus aylan samples are highlighted in green, M. sauron in orange, and M. schomburgkii in blue. Holotype of M. aylan and neotype of M. schomburgkii highlighted in bold.	FIGURE 15 | Maximum clade credibility tree obtained from 10,000 post-burnin MrBayes trees. Colored dots represent unique mPTP species delimitation clusters (total 48), with posterior probability for each delimitation reported in the corresponding bar plot (right). Dataset comprised 209 dereplicated COI barcodes. The Myloplus aylan samples are highlighted in green, M. sauron in orange, and M. schomburgkii in blue. Holotype of M. aylan and neotype of M. schomburgkii highlighted in bold.	2024-06-10	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas		Zenodo	biologists	Machado, Valéria N.;Pereira, Victória D.;Ota, Rafaela P.;Collins, Rupert A.;Ândrade, Marcelo;Garcia-Ayala, James R.;Jégu, Michel;Farias, Izeni P.;Hrbek, Tomas			
