taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
03B30607FF9DF948559FFD356DB9FED5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/3649478/files/figure.png	https://doi.org/10.5281/zenodo.3649478	Fig. 4. A. Holotype of Bairdiella goeldi sp. nov. from Bragança, Pará, Brazil, 190 mm SL, MPEG 33641. B. Syntype of Corvina ronchus from the Dominican Republic, MNHN 0095. C. Syntype of Sciaena bedoti from Cuba, BMNH 1905.3.18.2. D. Holotype of Bairdiella veraecrucis from Veracruz, Mexico, USNM 61676.	Fig. 4. A. Holotype of Bairdiella goeldi sp. nov. from Bragança, Pará, Brazil, 190 mm SL, MPEG 33641. B. Syntype of Corvina ronchus from the Dominican Republic, MNHN 0095. C. Syntype of Sciaena bedoti from Cuba, BMNH 1905.3.18.2. D. Holotype of Bairdiella veraecrucis from Veracruz, Mexico, USNM 61676.	2019-04-25	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio		Zenodo	biologists	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio			
03B30607FF9DF948559FFD356DB9FED5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/3649482/files/figure.png	https://doi.org/10.5281/zenodo.3649482	Fig. 5. Plots of the standard length versus orbital diameter (A), head length versus dorsal fin length (B), and head depth versus dorsal fin length (C) in Bairdiella goeldi sp. nov. (circles), B. ronchus (triangles), and B. veraecrucis (squares).	Fig. 5. Plots of the standard length versus orbital diameter (A), head length versus dorsal fin length (B), and head depth versus dorsal fin length (C) in Bairdiella goeldi sp. nov. (circles), B. ronchus (triangles), and B. veraecrucis (squares).	2019-04-25	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio		Zenodo	biologists	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio			
03B30607FF9DF948559FFD356DB9FED5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/3649470/files/figure.png	https://doi.org/10.5281/zenodo.3649470	Fig. 2. Time-calibrated phylogeny obtained using BEAST (100 million generations) indicating the divergence over time in Bairdiella. The molecular clock was calibrated based on the data of Lo et al. (2015), which indicated that Bairdiella. Corvula, and Odontoscion belong to a monophyletic clade that originated 10.2 million years ago. Scale = millions of years before present. Numbers at nodes = estimated age ± 95% HPD.	Fig. 2. Time-calibrated phylogeny obtained using BEAST (100 million generations) indicating the divergence over time in Bairdiella. The molecular clock was calibrated based on the data of Lo et al. (2015), which indicated that Bairdiella. Corvula, and Odontoscion belong to a monophyletic clade that originated 10.2 million years ago. Scale = millions of years before present. Numbers at nodes = estimated age ± 95% HPD.	2019-04-25	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio		Zenodo	biologists	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio			
03B30607FF9DF948559FFD356DB9FED5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/3649474/files/figure.png	https://doi.org/10.5281/zenodo.3649474	Fig. 3. The Atlantic coast of North, Central, and South America showing the geographic distribution of Bairdiella goeldi sp. nov. (yellow = molecular north-northeastern lineage, light blue = molecular southeastern lineage, white = no molecular data), B. ronchus (red), and B. veraecrucis (green). Some symbols represent more than one locality or a large number of specimens.	Fig. 3. The Atlantic coast of North, Central, and South America showing the geographic distribution of Bairdiella goeldi sp. nov. (yellow = molecular north-northeastern lineage, light blue = molecular southeastern lineage, white = no molecular data), B. ronchus (red), and B. veraecrucis (green). Some symbols represent more than one locality or a large number of specimens.	2019-04-25	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio		Zenodo	biologists	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio			
03B30607FF93F94E55CDFEB46B3CF9B5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/3649478/files/figure.png	https://doi.org/10.5281/zenodo.3649478	Fig. 4. A. Holotype of Bairdiella goeldi sp. nov. from Bragança, Pará, Brazil, 190 mm SL, MPEG 33641. B. Syntype of Corvina ronchus from the Dominican Republic, MNHN 0095. C. Syntype of Sciaena bedoti from Cuba, BMNH 1905.3.18.2. D. Holotype of Bairdiella veraecrucis from Veracruz, Mexico, USNM 61676.	Fig. 4. A. Holotype of Bairdiella goeldi sp. nov. from Bragança, Pará, Brazil, 190 mm SL, MPEG 33641. B. Syntype of Corvina ronchus from the Dominican Republic, MNHN 0095. C. Syntype of Sciaena bedoti from Cuba, BMNH 1905.3.18.2. D. Holotype of Bairdiella veraecrucis from Veracruz, Mexico, USNM 61676.	2019-04-25	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio		Zenodo	biologists	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio			
03B30607FF93F94E55CDFEB46B3CF9B5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/3649482/files/figure.png	https://doi.org/10.5281/zenodo.3649482	Fig. 5. Plots of the standard length versus orbital diameter (A), head length versus dorsal fin length (B), and head depth versus dorsal fin length (C) in Bairdiella goeldi sp. nov. (circles), B. ronchus (triangles), and B. veraecrucis (squares).	Fig. 5. Plots of the standard length versus orbital diameter (A), head length versus dorsal fin length (B), and head depth versus dorsal fin length (C) in Bairdiella goeldi sp. nov. (circles), B. ronchus (triangles), and B. veraecrucis (squares).	2019-04-25	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio		Zenodo	biologists	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio			
03B30607FF93F94E55CDFEB46B3CF9B5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/3649474/files/figure.png	https://doi.org/10.5281/zenodo.3649474	Fig. 3. The Atlantic coast of North, Central, and South America showing the geographic distribution of Bairdiella goeldi sp. nov. (yellow = molecular north-northeastern lineage, light blue = molecular southeastern lineage, white = no molecular data), B. ronchus (red), and B. veraecrucis (green). Some symbols represent more than one locality or a large number of specimens.	Fig. 3. The Atlantic coast of North, Central, and South America showing the geographic distribution of Bairdiella goeldi sp. nov. (yellow = molecular north-northeastern lineage, light blue = molecular southeastern lineage, white = no molecular data), B. ronchus (red), and B. veraecrucis (green). Some symbols represent more than one locality or a large number of specimens.	2019-04-25	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio		Zenodo	biologists	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio			
03B30607FF93F94E55CDFEB46B3CF9B5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/3649466/files/figure.png	https://doi.org/10.5281/zenodo.3649466	Fig. 1. Scatterplots of the principal components (PC1 and PC2) obtained from the analysis of nine morphometric variables in Bairdiella goeldi sp. nov. (yellow = north-northeastern Brazilian lineage. light blue = southeastern lineage), B. ronchus (red), and B. veraecrucis (green).Abl. = Anal-fin base length; Bd. = Body depth; CPh. = Caudal-peduncle height; Hd. = Head depth; Hl. = Head length; Od. = Orbital diameter; Ph. = Pectoral-fin height.	Fig. 1. Scatterplots of the principal components (PC1 and PC2) obtained from the analysis of nine morphometric variables in Bairdiella goeldi sp. nov. (yellow = north-northeastern Brazilian lineage. light blue = southeastern lineage), B. ronchus (red), and B. veraecrucis (green).Abl. = Anal-fin base length; Bd. = Body depth; CPh. = Caudal-peduncle height; Hd. = Head depth; Hl. = Head length; Od. = Orbital diameter; Ph. = Pectoral-fin height.	2019-04-25	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio		Zenodo	biologists	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio			
03B30607FF93F94E55CDFEB46B3CF9B5.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/3649470/files/figure.png	https://doi.org/10.5281/zenodo.3649470	Fig. 2. Time-calibrated phylogeny obtained using BEAST (100 million generations) indicating the divergence over time in Bairdiella. The molecular clock was calibrated based on the data of Lo et al. (2015), which indicated that Bairdiella. Corvula, and Odontoscion belong to a monophyletic clade that originated 10.2 million years ago. Scale = millions of years before present. Numbers at nodes = estimated age ± 95% HPD.	Fig. 2. Time-calibrated phylogeny obtained using BEAST (100 million generations) indicating the divergence over time in Bairdiella. The molecular clock was calibrated based on the data of Lo et al. (2015), which indicated that Bairdiella. Corvula, and Odontoscion belong to a monophyletic clade that originated 10.2 million years ago. Scale = millions of years before present. Numbers at nodes = estimated age ± 95% HPD.	2019-04-25	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio		Zenodo	biologists	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio			
03B30607FF95F94D56D2F9946B74F834.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/3649478/files/figure.png	https://doi.org/10.5281/zenodo.3649478	Fig. 4. A. Holotype of Bairdiella goeldi sp. nov. from Bragança, Pará, Brazil, 190 mm SL, MPEG 33641. B. Syntype of Corvina ronchus from the Dominican Republic, MNHN 0095. C. Syntype of Sciaena bedoti from Cuba, BMNH 1905.3.18.2. D. Holotype of Bairdiella veraecrucis from Veracruz, Mexico, USNM 61676.	Fig. 4. A. Holotype of Bairdiella goeldi sp. nov. from Bragança, Pará, Brazil, 190 mm SL, MPEG 33641. B. Syntype of Corvina ronchus from the Dominican Republic, MNHN 0095. C. Syntype of Sciaena bedoti from Cuba, BMNH 1905.3.18.2. D. Holotype of Bairdiella veraecrucis from Veracruz, Mexico, USNM 61676.	2019-04-25	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio		Zenodo	biologists	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio			
03B30607FF95F94D56D2F9946B74F834.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/3649482/files/figure.png	https://doi.org/10.5281/zenodo.3649482	Fig. 5. Plots of the standard length versus orbital diameter (A), head length versus dorsal fin length (B), and head depth versus dorsal fin length (C) in Bairdiella goeldi sp. nov. (circles), B. ronchus (triangles), and B. veraecrucis (squares).	Fig. 5. Plots of the standard length versus orbital diameter (A), head length versus dorsal fin length (B), and head depth versus dorsal fin length (C) in Bairdiella goeldi sp. nov. (circles), B. ronchus (triangles), and B. veraecrucis (squares).	2019-04-25	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio		Zenodo	biologists	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio			
03B30607FF95F94D56D2F9946B74F834.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/3649474/files/figure.png	https://doi.org/10.5281/zenodo.3649474	Fig. 3. The Atlantic coast of North, Central, and South America showing the geographic distribution of Bairdiella goeldi sp. nov. (yellow = molecular north-northeastern lineage, light blue = molecular southeastern lineage, white = no molecular data), B. ronchus (red), and B. veraecrucis (green). Some symbols represent more than one locality or a large number of specimens.	Fig. 3. The Atlantic coast of North, Central, and South America showing the geographic distribution of Bairdiella goeldi sp. nov. (yellow = molecular north-northeastern lineage, light blue = molecular southeastern lineage, white = no molecular data), B. ronchus (red), and B. veraecrucis (green). Some symbols represent more than one locality or a large number of specimens.	2019-04-25	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio		Zenodo	biologists	Marceniuk, Alexandre Pires;Molina, Eduardo Garcia;Caires, Rodrigo Antunes;Rotundo, Matheus Marcos;Wosiacki, Wolmar Benjamin;Oliveira, Claudio			
