taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
941A751267795A76AAD7040F1F11D010.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1676890	https://doi.org/10.5091/plecevo.188286.figure1	Figure 1. Geographic distribution of species of the Syagrus evansiana complex in Minas Gerais State, Brazil. The coloured lines indicate the municipalities of the type populations of S. montana, S. evansiana, and S. aristeae.	Figure 1. Geographic distribution of species of the Syagrus evansiana complex in Minas Gerais State, Brazil. The coloured lines indicate the municipalities of the type populations of S. montana, S. evansiana, and S. aristeae.	2026-06-16	Reis, Stephane da Silva;Francino, Dayana Maria Teodoro;Dias, Bernardo Otávio;Ferreira-Filho, Ramon Martins;Pinto, Lucas Giovanni;Nunes, Elaine Lopes Pereira;Sant’Anna-Santos, Bruno Francisco		Zenodo	biologists	Reis, Stephane da Silva;Francino, Dayana Maria Teodoro;Dias, Bernardo Otávio;Ferreira-Filho, Ramon Martins;Pinto, Lucas Giovanni;Nunes, Elaine Lopes Pereira;Sant’Anna-Santos, Bruno Francisco			
941A751267795A76AAD7040F1F11D010.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1676892	https://doi.org/10.5091/plecevo.188286.figure3	Figure 3. Syagrus montana. A. Acaulescent habit. B. Asymmetric pinnae with a long tapering tip. C. Branched inflorescence. D. Unbranched inflorescence. E. Staminate flower. F. Stamen, lateral view showing the cordate base of the anther. G. Stamen, dorsal view. H. Lateral view of the stamen, cordate anther base. I. Trifid pistillode. J. Pistillate flower, sepals. K. Pistillate flower, petals. L. Pistil, ovary covered by indumentum and undulate staminodes. M. Fruit, epicarp densely covered by indumentum. N. Nearly globose epicarp, lateral view. O. Basal view of the epicarp. Based on the holotype Sant’Anna-Santos 425 (DIAM). Illustration by Gustavo Surlo.	Figure 3. Syagrus montana. A. Acaulescent habit. B. Asymmetric pinnae with a long tapering tip. C. Branched inflorescence. D. Unbranched inflorescence. E. Staminate flower. F. Stamen, lateral view showing the cordate base of the anther. G. Stamen, dorsal view. H. Lateral view of the stamen, cordate anther base. I. Trifid pistillode. J. Pistillate flower, sepals. K. Pistillate flower, petals. L. Pistil, ovary covered by indumentum and undulate staminodes. M. Fruit, epicarp densely covered by indumentum. N. Nearly globose epicarp, lateral view. O. Basal view of the epicarp. Based on the holotype Sant’Anna-Santos 425 (DIAM). Illustration by Gustavo Surlo.	2026-06-16	Reis, Stephane da Silva;Francino, Dayana Maria Teodoro;Dias, Bernardo Otávio;Ferreira-Filho, Ramon Martins;Pinto, Lucas Giovanni;Nunes, Elaine Lopes Pereira;Sant’Anna-Santos, Bruno Francisco		Zenodo	biologists	Reis, Stephane da Silva;Francino, Dayana Maria Teodoro;Dias, Bernardo Otávio;Ferreira-Filho, Ramon Martins;Pinto, Lucas Giovanni;Nunes, Elaine Lopes Pereira;Sant’Anna-Santos, Bruno Francisco			
941A751267795A76AAD7040F1F11D010.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1676896	https://doi.org/10.5091/plecevo.188286.figure7	Figure 7. Midrib anatomy of Syagrus montana (A – E) and S. evansiana (F – J) using LM in transverse sections. A. Triangular midrib: collateral bundle (white circle), continuous expansion tissue (ex) with linearly arranged fibres (two yellow circles), accessory vascular bundle (white arrowhead), and non-vascular fibres (four black arrowheads). B – C. Detail of the expansion tissue: only non-vascular fibre bundles (black circle). D. Biseriate hypodermis (hy) with thickened walls. E. Detail of the collateral bundle: phloem poles (four white arrowheads). F – G. Truncate midrib: collateral bundles (three white circles), interrupted expansion tissue (ex) with non-linearly arranged fibres (two yellow circles), small accessory vascular bundle within the expansion-tissue caps (green arrowhead), small vascular bundle (white arrowhead), and non-vascular fibres (11 black arrowheads). H. Detail of the accessory vascular bundle: vascular tissue (white circle). I. Uniseriate hypodermis (hy) with thin walls. J. Detail of the collateral bundles: phloem poles (six white arrowheads). Photographs by Bruno F. Sant’Anna-Santos.	Figure 7. Midrib anatomy of Syagrus montana (A – E) and S. evansiana (F – J) using LM in transverse sections. A. Triangular midrib: collateral bundle (white circle), continuous expansion tissue (ex) with linearly arranged fibres (two yellow circles), accessory vascular bundle (white arrowhead), and non-vascular fibres (four black arrowheads). B – C. Detail of the expansion tissue: only non-vascular fibre bundles (black circle). D. Biseriate hypodermis (hy) with thickened walls. E. Detail of the collateral bundle: phloem poles (four white arrowheads). F – G. Truncate midrib: collateral bundles (three white circles), interrupted expansion tissue (ex) with non-linearly arranged fibres (two yellow circles), small accessory vascular bundle within the expansion-tissue caps (green arrowhead), small vascular bundle (white arrowhead), and non-vascular fibres (11 black arrowheads). H. Detail of the accessory vascular bundle: vascular tissue (white circle). I. Uniseriate hypodermis (hy) with thin walls. J. Detail of the collateral bundles: phloem poles (six white arrowheads). Photographs by Bruno F. Sant’Anna-Santos.	2026-06-16	Reis, Stephane da Silva;Francino, Dayana Maria Teodoro;Dias, Bernardo Otávio;Ferreira-Filho, Ramon Martins;Pinto, Lucas Giovanni;Nunes, Elaine Lopes Pereira;Sant’Anna-Santos, Bruno Francisco		Zenodo	biologists	Reis, Stephane da Silva;Francino, Dayana Maria Teodoro;Dias, Bernardo Otávio;Ferreira-Filho, Ramon Martins;Pinto, Lucas Giovanni;Nunes, Elaine Lopes Pereira;Sant’Anna-Santos, Bruno Francisco			
941A751267795A76AAD7040F1F11D010.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1676895	https://doi.org/10.5091/plecevo.188286.figure6	Figure 6. Anatomy of the margin and intermediate region of pinnae of Syagrus montana (A – D) and Syagrus evansiana (E – J) using LM in transverse sections. A. Empty raphide idioblasts (eight white arrowheads) in stained sample; narrow adaxial fibres (fd); stomata on the abaxial surface (black arrowheads); large first adaxial fibre bundle at the margin (la); and homogeneous mesophyll. B. Idioblast containing raphides (ra) in an unstained sample. C. Biseriate adaxial hypodermis (hy). D. Detail of the abaxial surface: subsidiary cells (two yellow dots), guard cells (two white dots) and fibres (fi) in the hypodermis. E. Stomata on both surfaces (black arrowheads); large adaxial fibres (fd); and dorsiventral mesophyll. F. Raphides (ra). G. Biseriate adaxial hypodermis (hy). H – I. Stomata on the adaxial (H) and abaxial (I) surfaces: subsidiary cells (two yellow dots), guard cells (two white dots). J. Fibre bundle on the abaxial surface (fi). Photographs by Bruno F. Sant’Anna-Santos.	Figure 6. Anatomy of the margin and intermediate region of pinnae of Syagrus montana (A – D) and Syagrus evansiana (E – J) using LM in transverse sections. A. Empty raphide idioblasts (eight white arrowheads) in stained sample; narrow adaxial fibres (fd); stomata on the abaxial surface (black arrowheads); large first adaxial fibre bundle at the margin (la); and homogeneous mesophyll. B. Idioblast containing raphides (ra) in an unstained sample. C. Biseriate adaxial hypodermis (hy). D. Detail of the abaxial surface: subsidiary cells (two yellow dots), guard cells (two white dots) and fibres (fi) in the hypodermis. E. Stomata on both surfaces (black arrowheads); large adaxial fibres (fd); and dorsiventral mesophyll. F. Raphides (ra). G. Biseriate adaxial hypodermis (hy). H – I. Stomata on the adaxial (H) and abaxial (I) surfaces: subsidiary cells (two yellow dots), guard cells (two white dots). J. Fibre bundle on the abaxial surface (fi). Photographs by Bruno F. Sant’Anna-Santos.	2026-06-16	Reis, Stephane da Silva;Francino, Dayana Maria Teodoro;Dias, Bernardo Otávio;Ferreira-Filho, Ramon Martins;Pinto, Lucas Giovanni;Nunes, Elaine Lopes Pereira;Sant’Anna-Santos, Bruno Francisco		Zenodo	biologists	Reis, Stephane da Silva;Francino, Dayana Maria Teodoro;Dias, Bernardo Otávio;Ferreira-Filho, Ramon Martins;Pinto, Lucas Giovanni;Nunes, Elaine Lopes Pereira;Sant’Anna-Santos, Bruno Francisco			
941A751267795A76AAD7040F1F11D010.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1676891	https://doi.org/10.5091/plecevo.188286.figure2	Figure 2. Syagrus evansiana. A. Acaulescent habit. B. Asymmetric pinnae with a long tapering tip. C. Unbranched inflorescence. D. Staminate flower. E. Sepals connate at the base. F. Filament bases connate. G. Lateral view of the stamen, sagittate anther base. H. Stamen, dorsal view. I. Trifid pistillode. J. Pistillate flower, sepals. K. Pistillate flower, petals. L. Pistil, glabrous ovary and dentate staminodes. M. Fruit covered by dense indumentum. N. Ellipsoid epicarp, lateral view. O. Basal view of the epicarp, pores. Based on Sant’Anna-Santos 405 (DIAM). Illustration by Gustavo Surlo.	Figure 2. Syagrus evansiana. A. Acaulescent habit. B. Asymmetric pinnae with a long tapering tip. C. Unbranched inflorescence. D. Staminate flower. E. Sepals connate at the base. F. Filament bases connate. G. Lateral view of the stamen, sagittate anther base. H. Stamen, dorsal view. I. Trifid pistillode. J. Pistillate flower, sepals. K. Pistillate flower, petals. L. Pistil, glabrous ovary and dentate staminodes. M. Fruit covered by dense indumentum. N. Ellipsoid epicarp, lateral view. O. Basal view of the epicarp, pores. Based on Sant’Anna-Santos 405 (DIAM). Illustration by Gustavo Surlo.	2026-06-16	Reis, Stephane da Silva;Francino, Dayana Maria Teodoro;Dias, Bernardo Otávio;Ferreira-Filho, Ramon Martins;Pinto, Lucas Giovanni;Nunes, Elaine Lopes Pereira;Sant’Anna-Santos, Bruno Francisco		Zenodo	biologists	Reis, Stephane da Silva;Francino, Dayana Maria Teodoro;Dias, Bernardo Otávio;Ferreira-Filho, Ramon Martins;Pinto, Lucas Giovanni;Nunes, Elaine Lopes Pereira;Sant’Anna-Santos, Bruno Francisco			
941A751267795A76AAD7040F1F11D010.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1676894	https://doi.org/10.5091/plecevo.188286.figure5	Figure 5. Morphological features of inflorescences, flowers, and fruits of Syagrus montana (A – C, G – H, K) and Syagrus evansiana (D – F, I – J, L). A. Branched inflorescence. B. Unbranched inflorescence. C. Striate peduncular bract. D. Unbranched inflorescence. E. Branched inflorescence. F. Striate peduncular bract. G. Triad: one pistillate flower (white dot) flanked by two staminate flowers (black dots). H. Pedicellate staminate flowers (pe): sepals (se) connate at the base and petal (pt). I. Tetrad: two pistillate flowers (white dots), each flanked by a staminate flower (black dots). J. Pentad: two pistillate flowers (white dots) flanked by three staminate flowers (black dots). K. Nearly globose fruit: epicarp covered by brown indumentum. L. Ellipsoid fruit: epicarp covered by brown indumentum. Photographs by Bruno F. Sant’Anna-Santos.	Figure 5. Morphological features of inflorescences, flowers, and fruits of Syagrus montana (A – C, G – H, K) and Syagrus evansiana (D – F, I – J, L). A. Branched inflorescence. B. Unbranched inflorescence. C. Striate peduncular bract. D. Unbranched inflorescence. E. Branched inflorescence. F. Striate peduncular bract. G. Triad: one pistillate flower (white dot) flanked by two staminate flowers (black dots). H. Pedicellate staminate flowers (pe): sepals (se) connate at the base and petal (pt). I. Tetrad: two pistillate flowers (white dots), each flanked by a staminate flower (black dots). J. Pentad: two pistillate flowers (white dots) flanked by three staminate flowers (black dots). K. Nearly globose fruit: epicarp covered by brown indumentum. L. Ellipsoid fruit: epicarp covered by brown indumentum. Photographs by Bruno F. Sant’Anna-Santos.	2026-06-16	Reis, Stephane da Silva;Francino, Dayana Maria Teodoro;Dias, Bernardo Otávio;Ferreira-Filho, Ramon Martins;Pinto, Lucas Giovanni;Nunes, Elaine Lopes Pereira;Sant’Anna-Santos, Bruno Francisco		Zenodo	biologists	Reis, Stephane da Silva;Francino, Dayana Maria Teodoro;Dias, Bernardo Otávio;Ferreira-Filho, Ramon Martins;Pinto, Lucas Giovanni;Nunes, Elaine Lopes Pereira;Sant’Anna-Santos, Bruno Francisco			
