taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
9C3C2061C077FFA6FF3DFDEDFEEAFB84.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/17031923/files/figure.png	https://doi.org/10.5281/zenodo.17031923	Fig. 2. IPOMOea buriliae BelO:a. Adaxial surface of the leaf blade.b. Abaxial surface of the leaf blade.c–d. Stems and petioles with spiny projections. e. Corolla shape. f–g. Inflorescence with flowers and buds. h. Sepals. i. Habit.	Fig. 2. IPOMOea buriliae BelO:a. Adaxial surface of the leaf blade.b. Abaxial surface of the leaf blade.c–d. Stems and petioles with spiny projections. e. Corolla shape. f–g. Inflorescence with flowers and buds. h. Sepals. i. Habit.	2024-12-31	D. P., Belo;E. A. V., Santos;Gasparino, E. C.		Zenodo	biologists	D. P., Belo;E. A. V., Santos;Gasparino, E. C.			
9C3C2061C077FFA6FF3DFDEDFEEAFB84.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/17031925/files/figure.png	https://doi.org/10.5281/zenodo.17031925	Fig. 3. IPOMOea buriliae BelO: a. Fowering branch; b. Stem with spiny projections; c. Adaxial surface of the leaf blade.d. Abaxial surface of the leaf blade.e. Abaxial surface with trichomes f. Bracteole;g. Floral bud.h. Flower.i. Sepals [left to right - outer (2), middle (1), inner (2)]; j. Corolla–top view;k. Corolla split open showing stamens and style; l. Stamen.m. Gynoecium. n. Ovary.	Fig. 3. IPOMOea buriliae BelO: a. Fowering branch; b. Stem with spiny projections; c. Adaxial surface of the leaf blade.d. Abaxial surface of the leaf blade.e. Abaxial surface with trichomes f. Bracteole;g. Floral bud.h. Flower.i. Sepals [left to right - outer (2), middle (1), inner (2)]; j. Corolla–top view;k. Corolla split open showing stamens and style; l. Stamen.m. Gynoecium. n. Ovary.	2024-12-31	D. P., Belo;E. A. V., Santos;Gasparino, E. C.		Zenodo	biologists	D. P., Belo;E. A. V., Santos;Gasparino, E. C.			
9C3C2061C077FFA6FF3DFDEDFEEAFB84.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/17031927/files/figure.png	https://doi.org/10.5281/zenodo.17031927	Fig. 4. Paradermic and transverse sections of the leaves of IPOMOea buriliae Belo,sp. nov., in light micrographs:a. Adaxial surface,epidermal cells with straight walls,paracytic stomata (st), druses (white arrows) and glandular trichome (gl tr). b. Abaxial surface,epidermal cells with sinuous walls and glandular trichome (gl tr). c. Detail showing stomatal grouping. d. Dorsiventral mesophyll. e. Detail showing idioblast containing druses (dr). f. Section shows laticiferous canals (lc) between palisade cells, and prismatic crystals (pc). g. General view of the main vein. h. Detail of the vein showing lacunar collenchyma (col) and ground parenchyma (fp). i. Section of the vascular system showing external phloem (ph) and xylem (xy). j. General view of the petiole. k. Detail of the angular collenchyma of the petiole with druses (dr). l. Vascular region showing druses (dr). Scanning Electron Microscopy: m. Leaf blade surface showing trichomes with detail highlighting granule-type waxes (purple arrow), and tector trichomes (green arrows).n. Petiole with tector trichomes (green arrows). o. The leaf blade surface shows trichomes glandular sessile peltate (red arrows). p. Petiole with trichomes glandular sessile peltate (red arrows).q. Stem with trichomes glandular sessile peltate (red arrows).r. The stem shows spiny projections (yellow arrow), and the circled highlight shows membranous platelet-type waxes (neon blue arrow).	Fig. 4. Paradermic and transverse sections of the leaves of IPOMOea buriliae Belo,sp. nov., in light micrographs:a. Adaxial surface,epidermal cells with straight walls,paracytic stomata (st), druses (white arrows) and glandular trichome (gl tr). b. Abaxial surface,epidermal cells with sinuous walls and glandular trichome (gl tr). c. Detail showing stomatal grouping. d. Dorsiventral mesophyll. e. Detail showing idioblast containing druses (dr). f. Section shows laticiferous canals (lc) between palisade cells, and prismatic crystals (pc). g. General view of the main vein. h. Detail of the vein showing lacunar collenchyma (col) and ground parenchyma (fp). i. Section of the vascular system showing external phloem (ph) and xylem (xy). j. General view of the petiole. k. Detail of the angular collenchyma of the petiole with druses (dr). l. Vascular region showing druses (dr). Scanning Electron Microscopy: m. Leaf blade surface showing trichomes with detail highlighting granule-type waxes (purple arrow), and tector trichomes (green arrows).n. Petiole with tector trichomes (green arrows). o. The leaf blade surface shows trichomes glandular sessile peltate (red arrows). p. Petiole with trichomes glandular sessile peltate (red arrows).q. Stem with trichomes glandular sessile peltate (red arrows).r. The stem shows spiny projections (yellow arrow), and the circled highlight shows membranous platelet-type waxes (neon blue arrow).	2024-12-31	D. P., Belo;E. A. V., Santos;Gasparino, E. C.		Zenodo	biologists	D. P., Belo;E. A. V., Santos;Gasparino, E. C.			
9C3C2061C077FFA6FF3DFDEDFEEAFB84.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/17031929/files/figure.png	https://doi.org/10.5281/zenodo.17031929	Fig. 5. Comparative leaf anatomy of IPOMOea buriliae Belo, sp. nov. and Ipomoea parasitica (Kunth) G.Don in light micrographs. a. Adaxial epidermis with straight anticlinal walls in I. buriliae. b. Adaxial epidermis with sinuous anticlinal walls in I. Parasitica. c. Biseriate mesophyll in I. buriliae. d. Uniseriate mesophyll in I. Parasitica. e. Lacunar main vein collenchyma in I. buriliae. f. Angular main vein collenchyma in I. Parasitica. g. Petiole with concavo-convex outline and five vascular bundles in I. buriliae. h. Petiole with semicircular outline and thirteen vascular bundles in I. Parasitica.	Fig. 5. Comparative leaf anatomy of IPOMOea buriliae Belo, sp. nov. and Ipomoea parasitica (Kunth) G.Don in light micrographs. a. Adaxial epidermis with straight anticlinal walls in I. buriliae. b. Adaxial epidermis with sinuous anticlinal walls in I. Parasitica. c. Biseriate mesophyll in I. buriliae. d. Uniseriate mesophyll in I. Parasitica. e. Lacunar main vein collenchyma in I. buriliae. f. Angular main vein collenchyma in I. Parasitica. g. Petiole with concavo-convex outline and five vascular bundles in I. buriliae. h. Petiole with semicircular outline and thirteen vascular bundles in I. Parasitica.	2024-12-31	D. P., Belo;E. A. V., Santos;Gasparino, E. C.		Zenodo	biologists	D. P., Belo;E. A. V., Santos;Gasparino, E. C.			
9C3C2061C077FFA6FF3DFDEDFEEAFB84.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/17031931/files/figure.png	https://doi.org/10.5281/zenodo.17031931	Fig. 6. Comparison of the pollen grains among IPOMOea buriliae Belo,sp.nov.,Ipomoea alba L.,IPOMOea Marcellia Meisn.,and IPOMOea Parasitica (Kunth) G.Don in light micrographs. a. General view of I. buriliae pollen grains.b. Spines details of I. buriliae pollen grains.c. Aperture details of I. buriliae pollen grains.d. General viewofI.albapollen grains.e. Spinesdetails ofI.alba pollengrains.f.Aperture details ofI.alba pollengrains.g. General viewofI.Marcellia pollen grains. h. Spines details of I. Marcellia pollen grains. i. Aperture details of I. Marcellia pollen grains. j. General view of I. Parasitica pollen grains. k. Spines details of I. Parasitica pollen grains.l. Aperture details of I.Parasitica pollen grains.— Scale bar a,d,g,j = 20 μm;b-c,e-f,h-i,k-l = 10 μm.	Fig. 6. Comparison of the pollen grains among IPOMOea buriliae Belo,sp.nov.,Ipomoea alba L.,IPOMOea Marcellia Meisn.,and IPOMOea Parasitica (Kunth) G.Don in light micrographs. a. General view of I. buriliae pollen grains.b. Spines details of I. buriliae pollen grains.c. Aperture details of I. buriliae pollen grains.d. General viewofI.albapollen grains.e. Spinesdetails ofI.alba pollengrains.f.Aperture details ofI.alba pollengrains.g. General viewofI.Marcellia pollen grains. h. Spines details of I. Marcellia pollen grains. i. Aperture details of I. Marcellia pollen grains. j. General view of I. Parasitica pollen grains. k. Spines details of I. Parasitica pollen grains.l. Aperture details of I.Parasitica pollen grains.— Scale bar a,d,g,j = 20 μm;b-c,e-f,h-i,k-l = 10 μm.	2024-12-31	D. P., Belo;E. A. V., Santos;Gasparino, E. C.		Zenodo	biologists	D. P., Belo;E. A. V., Santos;Gasparino, E. C.			
9C3C2061C077FFA6FF3DFDEDFEEAFB84.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/17031933/files/figure.png	https://doi.org/10.5281/zenodo.17031933	Fig. 7. Mitotic tapetum cell in prometaphase of Ipomoea buriliae Belo,sp.nov.with 2n = 30,stained with the fluorochromes CMA (yellow) and DAPI (blue). White arrows indicate terminal CMA + /DAPI - bands. — Scale bar = 10 μm.	Fig. 7. Mitotic tapetum cell in prometaphase of Ipomoea buriliae Belo,sp.nov.with 2n = 30,stained with the fluorochromes CMA (yellow) and DAPI (blue). White arrows indicate terminal CMA + /DAPI - bands. — Scale bar = 10 μm.	2024-12-31	D. P., Belo;E. A. V., Santos;Gasparino, E. C.		Zenodo	biologists	D. P., Belo;E. A. V., Santos;Gasparino, E. C.			
