taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
1B3FFF58FF9BFFAA67A2FB6AFDE3FB59.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16538453/files/figure.png	https://doi.org/10.5281/zenodo.16538453	Figs. 1–10. Hermeuptychia sinuosa sp. n. type specimens. 1–2. holotype ♂, Guatemala: El Progreso, Morazán, 10-Jan-1990, leg. C. J. Durden, DNA sample NVG-2307, genitalia No. NVG140403-35 [TMMC] (genitalia Fig. 33a–d); 3–8. paratypes, Mexico, pres. by Prof. M. Draudt, 62. 24., Joicey Bequest. Brit. Mus. 1934-120 [BMNH], © The Trustees of the Natural History Museum London, used with permission: 3–4. ♂, Guerrero, Nov-1916, BMNH(E)#806416; 5– 6. ♂, Morelos: Cuernavaca, BMNH(E) #834699; 7–8. ♀, Colima, Mar-1922, BMNH(E)#834698; 9–10. paratype ♀, Mexico: Sierra de Guerrero, Dec-1912, leg. R. Muller, #3670, DNA sample NVG-2981, genitalia NVG14101-12 [USNM] (genitalia Fig. 33j, k). In Figs. 1–32 dorsal/ventral surfaces are in odd/evennumbered figures, except 1 and 29, which are ventral; labels are shown for type specimens in-line with the specimen images and are reduced 2.5-fold compared to specimens as indicated by a smaller scale bar. Larger scale refers to specimens. "F" specifies mirror image (left-right inverted).	Figs. 1–10. Hermeuptychia sinuosa sp. n. type specimens. 1–2. holotype ♂, Guatemala: El Progreso, Morazán, 10-Jan-1990, leg. C. J. Durden, DNA sample NVG-2307, genitalia No. NVG140403-35 [TMMC] (genitalia Fig. 33a–d); 3–8. paratypes, Mexico, pres. by Prof. M. Draudt, 62. 24., Joicey Bequest. Brit. Mus. 1934-120 [BMNH], © The Trustees of the Natural History Museum London, used with permission: 3–4. ♂, Guerrero, Nov-1916, BMNH(E)#806416; 5– 6. ♂, Morelos: Cuernavaca, BMNH(E) #834699; 7–8. ♀, Colima, Mar-1922, BMNH(E)#834698; 9–10. paratype ♀, Mexico: Sierra de Guerrero, Dec-1912, leg. R. Muller, #3670, DNA sample NVG-2981, genitalia NVG14101-12 [USNM] (genitalia Fig. 33j, k). In Figs. 1–32 dorsal/ventral surfaces are in odd/evennumbered figures, except 1 and 29, which are ventral; labels are shown for type specimens in-line with the specimen images and are reduced 2.5-fold compared to specimens as indicated by a smaller scale bar. Larger scale refers to specimens. "F" specifies mirror image (left-right inverted).	2021-10-29	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.		Zenodo	biologists	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.			
1B3FFF58FF9BFFAA67A2FB6AFDE3FB59.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16538461/files/figure.png	https://doi.org/10.5281/zenodo.16538461	Fig. 33. Genitalia of Hermeuptychia type specimens. a–d. H. sinuosa holotype ♂, data in text and Figs. 1–2. e–h. H. occidentalis holotype ♂, data in text and Figs. 11–12. i. H. occidentalis, paratype ♂, Mexico: Morelos, Cuernavaca, Sep-1897, E. A. Smyth collection, DNA sample NVG-2979, genitalia NVG14101- 10 [USNM] (specimen Figs. 13–14). j, k. H. sinuosa paratype ♀, Mexico: Sierra de Guerrero, Dec-1912, leg. R. Muller, #3670, DNA sample NVG-2981, genitalia NVG14101-12 [USNM] (specimen Figs. 9–10). l, m. H. occidentalis paratype ♀, Mexico: Guerrero, Acapulco, 7-Apr-1961, leg. J. Legge, DNA sample NVG-2971, genitalia NVG14101-02 [USNM] (specimen Figs. 17–18). Views: a, e. dorsal; b, f, j, l. ventral; c, g, k, m. lateral; d, h, i. dorsolateral. All images are to scale.	Fig. 33. Genitalia of Hermeuptychia type specimens. a–d. H. sinuosa holotype ♂, data in text and Figs. 1–2. e–h. H. occidentalis holotype ♂, data in text and Figs. 11–12. i. H. occidentalis, paratype ♂, Mexico: Morelos, Cuernavaca, Sep-1897, E. A. Smyth collection, DNA sample NVG-2979, genitalia NVG14101- 10 [USNM] (specimen Figs. 13–14). j, k. H. sinuosa paratype ♀, Mexico: Sierra de Guerrero, Dec-1912, leg. R. Muller, #3670, DNA sample NVG-2981, genitalia NVG14101-12 [USNM] (specimen Figs. 9–10). l, m. H. occidentalis paratype ♀, Mexico: Guerrero, Acapulco, 7-Apr-1961, leg. J. Legge, DNA sample NVG-2971, genitalia NVG14101-02 [USNM] (specimen Figs. 17–18). Views: a, e. dorsal; b, f, j, l. ventral; c, g, k, m. lateral; d, h, i. dorsolateral. All images are to scale.	2021-10-29	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.		Zenodo	biologists	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.			
1B3FFF58FF9BFFAA67A2FB6AFDE3FB59.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16538469/files/figure.png	https://doi.org/10.5281/zenodo.16538469	Fig. 36. COI barcode dendrogram constructed using BioNJ (Gascuel 1997) from Jukes-Cantor distances (Jukes and Cantor 1969) computed on the alignment after removal of all positions with gaps. Species names are given (and colored) only when they are determined with confidence. Species sequenced in Seraphim et al. (2014) are named by their morphogroup employed in that work. GenBank accessions are specified. Branches and species names for barcodes obtained in this work are shown in red. NT is neotype and HT is holotype. The dendrogram is rooted with the barcode of Megisto cymela| GU088434 (not shown). Due to insufficient phylogenetic signal in barcodes, the dendrogram may not reflect phylogeny and is only shown to illustrate divergence and similarity between barcodes.	Fig. 36. COI barcode dendrogram constructed using BioNJ (Gascuel 1997) from Jukes-Cantor distances (Jukes and Cantor 1969) computed on the alignment after removal of all positions with gaps. Species names are given (and colored) only when they are determined with confidence. Species sequenced in Seraphim et al. (2014) are named by their morphogroup employed in that work. GenBank accessions are specified. Branches and species names for barcodes obtained in this work are shown in red. NT is neotype and HT is holotype. The dendrogram is rooted with the barcode of Megisto cymela| GU088434 (not shown). Due to insufficient phylogenetic signal in barcodes, the dendrogram may not reflect phylogeny and is only shown to illustrate divergence and similarity between barcodes.	2021-10-29	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.		Zenodo	biologists	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.			
1B3FFF58FF9DFFA967C2FB1AFA87F878.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16538455/files/figure.png	https://doi.org/10.5281/zenodo.16538455	Figs. 11–18. Hermeuptychia occidentalis sp. n. type series. 11–12. holotype ♂, Mexico: Guerrero, Acapulco, 7-Apr-1961, leg. J. Legge, DNA sample NVG- 2970, genitalia NVG14101-01 (Fig. 33e–h) [USNM]; paratypes: 13–14. ♂, Mexico: Morelos, Cuernavaca, Sep-1897, E. A. Smyth collection, DNA sample NVG-2979, genitalia NVG14101-10 (Fig. 33i) [USNM]; 15–16. ♂, Mexico: Jalisco, nr. Pitillal, 3-May-1985, leg. G. R. Scott, DNA sample NVG-2789; 17– 18. ♀, Mexico: Guerrero, Acapulco, 7-Apr-1961, leg. J. Legge, DNA sample NVG-2971, genitalia NVG14101-02 (Fig. 33l, m) [USNM].	Figs. 11–18. Hermeuptychia occidentalis sp. n. type series. 11–12. holotype ♂, Mexico: Guerrero, Acapulco, 7-Apr-1961, leg. J. Legge, DNA sample NVG- 2970, genitalia NVG14101-01 (Fig. 33e–h) [USNM]; paratypes: 13–14. ♂, Mexico: Morelos, Cuernavaca, Sep-1897, E. A. Smyth collection, DNA sample NVG-2979, genitalia NVG14101-10 (Fig. 33i) [USNM]; 15–16. ♂, Mexico: Jalisco, nr. Pitillal, 3-May-1985, leg. G. R. Scott, DNA sample NVG-2789; 17– 18. ♀, Mexico: Guerrero, Acapulco, 7-Apr-1961, leg. J. Legge, DNA sample NVG-2971, genitalia NVG14101-02 (Fig. 33l, m) [USNM].	2021-10-29	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.		Zenodo	biologists	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.			
1B3FFF58FF9DFFA967C2FB1AFA87F878.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16538461/files/figure.png	https://doi.org/10.5281/zenodo.16538461	Fig. 33. Genitalia of Hermeuptychia type specimens. a–d. H. sinuosa holotype ♂, data in text and Figs. 1–2. e–h. H. occidentalis holotype ♂, data in text and Figs. 11–12. i. H. occidentalis, paratype ♂, Mexico: Morelos, Cuernavaca, Sep-1897, E. A. Smyth collection, DNA sample NVG-2979, genitalia NVG14101- 10 [USNM] (specimen Figs. 13–14). j, k. H. sinuosa paratype ♀, Mexico: Sierra de Guerrero, Dec-1912, leg. R. Muller, #3670, DNA sample NVG-2981, genitalia NVG14101-12 [USNM] (specimen Figs. 9–10). l, m. H. occidentalis paratype ♀, Mexico: Guerrero, Acapulco, 7-Apr-1961, leg. J. Legge, DNA sample NVG-2971, genitalia NVG14101-02 [USNM] (specimen Figs. 17–18). Views: a, e. dorsal; b, f, j, l. ventral; c, g, k, m. lateral; d, h, i. dorsolateral. All images are to scale.	Fig. 33. Genitalia of Hermeuptychia type specimens. a–d. H. sinuosa holotype ♂, data in text and Figs. 1–2. e–h. H. occidentalis holotype ♂, data in text and Figs. 11–12. i. H. occidentalis, paratype ♂, Mexico: Morelos, Cuernavaca, Sep-1897, E. A. Smyth collection, DNA sample NVG-2979, genitalia NVG14101- 10 [USNM] (specimen Figs. 13–14). j, k. H. sinuosa paratype ♀, Mexico: Sierra de Guerrero, Dec-1912, leg. R. Muller, #3670, DNA sample NVG-2981, genitalia NVG14101-12 [USNM] (specimen Figs. 9–10). l, m. H. occidentalis paratype ♀, Mexico: Guerrero, Acapulco, 7-Apr-1961, leg. J. Legge, DNA sample NVG-2971, genitalia NVG14101-02 [USNM] (specimen Figs. 17–18). Views: a, e. dorsal; b, f, j, l. ventral; c, g, k, m. lateral; d, h, i. dorsolateral. All images are to scale.	2021-10-29	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.		Zenodo	biologists	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.			
1B3FFF58FF9DFFA967C2FB1AFA87F878.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16538469/files/figure.png	https://doi.org/10.5281/zenodo.16538469	Fig. 36. COI barcode dendrogram constructed using BioNJ (Gascuel 1997) from Jukes-Cantor distances (Jukes and Cantor 1969) computed on the alignment after removal of all positions with gaps. Species names are given (and colored) only when they are determined with confidence. Species sequenced in Seraphim et al. (2014) are named by their morphogroup employed in that work. GenBank accessions are specified. Branches and species names for barcodes obtained in this work are shown in red. NT is neotype and HT is holotype. The dendrogram is rooted with the barcode of Megisto cymela| GU088434 (not shown). Due to insufficient phylogenetic signal in barcodes, the dendrogram may not reflect phylogeny and is only shown to illustrate divergence and similarity between barcodes.	Fig. 36. COI barcode dendrogram constructed using BioNJ (Gascuel 1997) from Jukes-Cantor distances (Jukes and Cantor 1969) computed on the alignment after removal of all positions with gaps. Species names are given (and colored) only when they are determined with confidence. Species sequenced in Seraphim et al. (2014) are named by their morphogroup employed in that work. GenBank accessions are specified. Branches and species names for barcodes obtained in this work are shown in red. NT is neotype and HT is holotype. The dendrogram is rooted with the barcode of Megisto cymela| GU088434 (not shown). Due to insufficient phylogenetic signal in barcodes, the dendrogram may not reflect phylogeny and is only shown to illustrate divergence and similarity between barcodes.	2021-10-29	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.		Zenodo	biologists	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.			
1B3FFF58FF9DFFA967C2FB1AFA87F878.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16538465/files/figure.png	https://doi.org/10.5281/zenodo.16538465	Fig. 35. Genitalia of Hermeuptychia canthe. a–d. ♂, Bolivia: Beni, 40 km E San Borja, Estacion Biologica Beni, Palm Camp at Rio Curiraba, 9-15-Sep- 1987, malaise trap in inundation forest, leg. W. E. Steiner & M. G. Pogue, BIOLAT/LEPI 000002406, DNA sample NVG-2633, genitalia NVG140628-01; e– h. ♂, ibid, BIOLAT/LEPI 000002432, DNA sample NVG-2635, genitalia NVG140628-03 [USNM]; i. ♂, Peru: Madre de Dios, Amazonia Lodge, Atalaya, 491 m, 25-Sep-2011, leg. Steve Kinyon, #1907, DNA sample NVG-2649, genitalia NVG140628-17 (specimen Figs. 21–22); j, k. ♀, Suriname: Commewijne De Nieuwe Grond, secondary forest, 2-Jun-1982, leg. Olle Pellmyr, DNA sample NVG-2644, genitalia NVG140628-12 (specimen Figs. 27–28); l, m. ♀, Guyana: Region 9, Kanuku Mts., Nappi Creek, 03° 20.7'N 59° 34.2'W, 500'-1000', 21-Feb-10-Mar-1999, leg. S. Fratello, R. Hanner, S. Hendricks, R. Williams, USNM ENT 00232265, DNA sample NVG-2675, genitalia NVG140628-43 (specimen Figs. 24–25). All specimens are in USNM. Views: a, e. dorsal; b, f, j, l. ventral; c, g, k, m. lateral; d, h, i. dorsolateral. All images are to scale.	Fig. 35. Genitalia of Hermeuptychia canthe. a–d. ♂, Bolivia: Beni, 40 km E San Borja, Estacion Biologica Beni, Palm Camp at Rio Curiraba, 9-15-Sep- 1987, malaise trap in inundation forest, leg. W. E. Steiner & M. G. Pogue, BIOLAT/LEPI 000002406, DNA sample NVG-2633, genitalia NVG140628-01; e– h. ♂, ibid, BIOLAT/LEPI 000002432, DNA sample NVG-2635, genitalia NVG140628-03 [USNM]; i. ♂, Peru: Madre de Dios, Amazonia Lodge, Atalaya, 491 m, 25-Sep-2011, leg. Steve Kinyon, #1907, DNA sample NVG-2649, genitalia NVG140628-17 (specimen Figs. 21–22); j, k. ♀, Suriname: Commewijne De Nieuwe Grond, secondary forest, 2-Jun-1982, leg. Olle Pellmyr, DNA sample NVG-2644, genitalia NVG140628-12 (specimen Figs. 27–28); l, m. ♀, Guyana: Region 9, Kanuku Mts., Nappi Creek, 03° 20.7'N 59° 34.2'W, 500'-1000', 21-Feb-10-Mar-1999, leg. S. Fratello, R. Hanner, S. Hendricks, R. Williams, USNM ENT 00232265, DNA sample NVG-2675, genitalia NVG140628-43 (specimen Figs. 24–25). All specimens are in USNM. Views: a, e. dorsal; b, f, j, l. ventral; c, g, k, m. lateral; d, h, i. dorsolateral. All images are to scale.	2021-10-29	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.		Zenodo	biologists	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.			
1B3FFF58FF91FFA46743FF9AFA26FF33.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16538459/files/figure.png	https://doi.org/10.5281/zenodo.16538459	Figs. 19–32. Hermeuptychia specimens. H. canthe: 19–20. neotype ♂, designated herein, Suriname: Gelderland, Suriname River, genitalia slide W. D. F. #306 (Fig. 34), DNA sample NVG-14061C10 [USNM]; 21–22. ♂, Peru: Madre de Dios, Amazonia Lodge, Atalaya, 491 m, 25-Sep-2011, leg. Steve Kinyon, #1907, DNA sample NVG-2649, genitalia NVG140628-17 (Fig. 35i) [USNM]; 23–24. ♀, Guyana: Region 9, Kanuku Mts., Nappi Creek, 03°20.7'N 59°34.2'W, 500'-1000', 21-Feb-10-Mar-1999, leg. S. Fratello, R. Hanner, S. Hendricks & R. Williams, USNM ENT 00232265, DNA sample NVG-2675, genitalia NVG140628-43 (Fig. 35l–m) [USNM]; 25–26. ♂, Colombia: Caqueta, Florencia, 6-Aug-1976, fairly wet hillside forest, leg. J. A. Scott, DNA voucher NVG-2798; 27–28. ♀, Suriname: Commewijne, De Nieuwe Grond, secondary forest, 2-Jun-1982, leg. Olle Pellmyr, DNA sample NVG-2644, genitalia NVG140628-12 (Fig. 35j–k) [USNM]; 29–30. illustrations of type specimens from the original description, not to scale (Hübner [1811]). 31–32. H. cantheus neotype ♂, designated herein, USA: Florida, St. Petersburg, 3-Nov-1938, leg. H. E. Wilford, DNA sample 11-BOA-15609E04 [USNM].	Figs. 19–32. Hermeuptychia specimens. H. canthe: 19–20. neotype ♂, designated herein, Suriname: Gelderland, Suriname River, genitalia slide W. D. F. #306 (Fig. 34), DNA sample NVG-14061C10 [USNM]; 21–22. ♂, Peru: Madre de Dios, Amazonia Lodge, Atalaya, 491 m, 25-Sep-2011, leg. Steve Kinyon, #1907, DNA sample NVG-2649, genitalia NVG140628-17 (Fig. 35i) [USNM]; 23–24. ♀, Guyana: Region 9, Kanuku Mts., Nappi Creek, 03°20.7'N 59°34.2'W, 500'-1000', 21-Feb-10-Mar-1999, leg. S. Fratello, R. Hanner, S. Hendricks & R. Williams, USNM ENT 00232265, DNA sample NVG-2675, genitalia NVG140628-43 (Fig. 35l–m) [USNM]; 25–26. ♂, Colombia: Caqueta, Florencia, 6-Aug-1976, fairly wet hillside forest, leg. J. A. Scott, DNA voucher NVG-2798; 27–28. ♀, Suriname: Commewijne, De Nieuwe Grond, secondary forest, 2-Jun-1982, leg. Olle Pellmyr, DNA sample NVG-2644, genitalia NVG140628-12 (Fig. 35j–k) [USNM]; 29–30. illustrations of type specimens from the original description, not to scale (Hübner [1811]). 31–32. H. cantheus neotype ♂, designated herein, USA: Florida, St. Petersburg, 3-Nov-1938, leg. H. E. Wilford, DNA sample 11-BOA-15609E04 [USNM].	2021-10-29	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.		Zenodo	biologists	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.			
1B3FFF58FF91FFA46743FF9AFA26FF33.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16538469/files/figure.png	https://doi.org/10.5281/zenodo.16538469	Fig. 36. COI barcode dendrogram constructed using BioNJ (Gascuel 1997) from Jukes-Cantor distances (Jukes and Cantor 1969) computed on the alignment after removal of all positions with gaps. Species names are given (and colored) only when they are determined with confidence. Species sequenced in Seraphim et al. (2014) are named by their morphogroup employed in that work. GenBank accessions are specified. Branches and species names for barcodes obtained in this work are shown in red. NT is neotype and HT is holotype. The dendrogram is rooted with the barcode of Megisto cymela| GU088434 (not shown). Due to insufficient phylogenetic signal in barcodes, the dendrogram may not reflect phylogeny and is only shown to illustrate divergence and similarity between barcodes.	Fig. 36. COI barcode dendrogram constructed using BioNJ (Gascuel 1997) from Jukes-Cantor distances (Jukes and Cantor 1969) computed on the alignment after removal of all positions with gaps. Species names are given (and colored) only when they are determined with confidence. Species sequenced in Seraphim et al. (2014) are named by their morphogroup employed in that work. GenBank accessions are specified. Branches and species names for barcodes obtained in this work are shown in red. NT is neotype and HT is holotype. The dendrogram is rooted with the barcode of Megisto cymela| GU088434 (not shown). Due to insufficient phylogenetic signal in barcodes, the dendrogram may not reflect phylogeny and is only shown to illustrate divergence and similarity between barcodes.	2021-10-29	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.		Zenodo	biologists	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.			
1B3FFF58FF93FFA366A1FEECFE3CFF0C.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16538471/files/figure.png	https://doi.org/10.5281/zenodo.16538471	Fig. 37. Megisto acmenis. a. Original illustration of Megisto acmenis from Hübner (1823) and individuals of Yphthimoides celmis that are similar to it: b. from Brazil: Paraná, Tapejara photographed by Tiago Barbosa in June 2019 (CC BY-NC, Barbosa 2019); c, d. from Buenos Aires area in Argentina photographed by Holger Braun on 13 October 2019 (CC BY, Braun 2019); d. shows its enlarged hindwing submarginal area that is essentially unspotted: "von Augenpuncten nicht die geringste Spur". The images are rotated, cropped, b. flipped, and c, d. color-corrected compared to the originals.	Fig. 37. Megisto acmenis. a. Original illustration of Megisto acmenis from Hübner (1823) and individuals of Yphthimoides celmis that are similar to it: b. from Brazil: Paraná, Tapejara photographed by Tiago Barbosa in June 2019 (CC BY-NC, Barbosa 2019); c, d. from Buenos Aires area in Argentina photographed by Holger Braun on 13 October 2019 (CC BY, Braun 2019); d. shows its enlarged hindwing submarginal area that is essentially unspotted: "von Augenpuncten nicht die geringste Spur". The images are rotated, cropped, b. flipped, and c, d. color-corrected compared to the originals.	2021-10-29	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.		Zenodo	biologists	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.			
1B3FFF58FF94FFBE6757FEB7FA90FD94.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16538459/files/figure.png	https://doi.org/10.5281/zenodo.16538459	Figs. 19–32. Hermeuptychia specimens. H. canthe: 19–20. neotype ♂, designated herein, Suriname: Gelderland, Suriname River, genitalia slide W. D. F. #306 (Fig. 34), DNA sample NVG-14061C10 [USNM]; 21–22. ♂, Peru: Madre de Dios, Amazonia Lodge, Atalaya, 491 m, 25-Sep-2011, leg. Steve Kinyon, #1907, DNA sample NVG-2649, genitalia NVG140628-17 (Fig. 35i) [USNM]; 23–24. ♀, Guyana: Region 9, Kanuku Mts., Nappi Creek, 03°20.7'N 59°34.2'W, 500'-1000', 21-Feb-10-Mar-1999, leg. S. Fratello, R. Hanner, S. Hendricks & R. Williams, USNM ENT 00232265, DNA sample NVG-2675, genitalia NVG140628-43 (Fig. 35l–m) [USNM]; 25–26. ♂, Colombia: Caqueta, Florencia, 6-Aug-1976, fairly wet hillside forest, leg. J. A. Scott, DNA voucher NVG-2798; 27–28. ♀, Suriname: Commewijne, De Nieuwe Grond, secondary forest, 2-Jun-1982, leg. Olle Pellmyr, DNA sample NVG-2644, genitalia NVG140628-12 (Fig. 35j–k) [USNM]; 29–30. illustrations of type specimens from the original description, not to scale (Hübner [1811]). 31–32. H. cantheus neotype ♂, designated herein, USA: Florida, St. Petersburg, 3-Nov-1938, leg. H. E. Wilford, DNA sample 11-BOA-15609E04 [USNM].	Figs. 19–32. Hermeuptychia specimens. H. canthe: 19–20. neotype ♂, designated herein, Suriname: Gelderland, Suriname River, genitalia slide W. D. F. #306 (Fig. 34), DNA sample NVG-14061C10 [USNM]; 21–22. ♂, Peru: Madre de Dios, Amazonia Lodge, Atalaya, 491 m, 25-Sep-2011, leg. Steve Kinyon, #1907, DNA sample NVG-2649, genitalia NVG140628-17 (Fig. 35i) [USNM]; 23–24. ♀, Guyana: Region 9, Kanuku Mts., Nappi Creek, 03°20.7'N 59°34.2'W, 500'-1000', 21-Feb-10-Mar-1999, leg. S. Fratello, R. Hanner, S. Hendricks & R. Williams, USNM ENT 00232265, DNA sample NVG-2675, genitalia NVG140628-43 (Fig. 35l–m) [USNM]; 25–26. ♂, Colombia: Caqueta, Florencia, 6-Aug-1976, fairly wet hillside forest, leg. J. A. Scott, DNA voucher NVG-2798; 27–28. ♀, Suriname: Commewijne, De Nieuwe Grond, secondary forest, 2-Jun-1982, leg. Olle Pellmyr, DNA sample NVG-2644, genitalia NVG140628-12 (Fig. 35j–k) [USNM]; 29–30. illustrations of type specimens from the original description, not to scale (Hübner [1811]). 31–32. H. cantheus neotype ♂, designated herein, USA: Florida, St. Petersburg, 3-Nov-1938, leg. H. E. Wilford, DNA sample 11-BOA-15609E04 [USNM].	2021-10-29	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.		Zenodo	biologists	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.			
1B3FFF58FF89FFBC67DBFD4FFD59FF30.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/16538474/files/figure.png	https://doi.org/10.5281/zenodo.16538474	Fig. 38. Papilio camerta Cramer, 1780. The original drawing (Lambertz, insets show enlarged right hindwing eyespots, © The Trustees of the Natural History Museum London, used with permission), published engraving and original description (Cramer 1780), its translation, and the text from Weymer (1911).	Fig. 38. Papilio camerta Cramer, 1780. The original drawing (Lambertz, insets show enlarged right hindwing eyespots, © The Trustees of the Natural History Museum London, used with permission), published engraving and original description (Cramer 1780), its translation, and the text from Weymer (1911).	2021-10-29	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.		Zenodo	biologists	Cong, Qian;Barbosa, Eduardo P.;Marín, Mario A.;Freitas, André V. L.;Lamas, Gerardo;Grishin, Nick V.			
