taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
03FA87F36F3DE50C3E26FB61BE3FFD34.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15467019/files/figure.png	https://doi.org/10.5281/zenodo.15467019	FIG. 5. Photographic images of reproductive structures of Vigna subg. Lasiospron. A. Stipules peltate or medifixed of Vigna trichocarpa (Snak 1066). B. Stipules with a bilobed spur of Vigna diffusa (Snak 269). C. Vigna lasiocarpa floral buds, notice the long bracts and bracteoles and the arrow pointing to extrafloral nectaries (Vibrans 8246). D. Vigna diffusa flower (Snak 269). E. Xylocopa brasilianorum pollinating V. diffusa (Snak 501). F. Pods of Vigna lasiocarpa, with rotated pedicels (Vibrans 8246). G. Flattened pods of Vigna trichocarpa (S~ ao-Mateus s.n.). H. Nearly cylindrical, dehiscent pods of Vigna lasiocarpa (Vibrans 8246). I. Seed aril of Vigna lasiocarpa (Vibrans 8246). Photographs taken by Wallace M. B. S~ ao-Mateus, Cristiane Snak, and Heike Vibrans.	FIG. 5. Photographic images of reproductive structures of Vigna subg. Lasiospron. A. Stipules peltate or medifixed of Vigna trichocarpa (Snak 1066). B. Stipules with a bilobed spur of Vigna diffusa (Snak 269). C. Vigna lasiocarpa floral buds, notice the long bracts and bracteoles and the arrow pointing to extrafloral nectaries (Vibrans 8246). D. Vigna diffusa flower (Snak 269). E. Xylocopa brasilianorum pollinating V. diffusa (Snak 501). F. Pods of Vigna lasiocarpa, with rotated pedicels (Vibrans 8246). G. Flattened pods of Vigna trichocarpa (S~ ao-Mateus s.n.). H. Nearly cylindrical, dehiscent pods of Vigna lasiocarpa (Vibrans 8246). I. Seed aril of Vigna lasiocarpa (Vibrans 8246). Photographs taken by Wallace M. B. S~ ao-Mateus, Cristiane Snak, and Heike Vibrans.	2022-03-21	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.		Zenodo	biologists	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.			
03FA87F36F3DE50C3E26FB61BE3FFD34.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15467021/files/figure.png	https://doi.org/10.5281/zenodo.15467021	FIG. 6. SEM images of reproductive structures of Vigna subg. Lasiospron. A. Vigna diffusa, dorsifixed anther with pollen grains. B. detail of filament showing helically orientated, intertwining arrays of cell walls. C. Vigna schottii, detail of filament showing cell walls helically orientated. D. Vigna diffusa, triporate pollen grains, equatorial and polar view. E. Vigna lasiocarpa, pollen grain, equatorial view. F. Vigna lasiocarpa, pollen grain, polar view. G. Vigna longifolia, stigma with wet stigmatic membrane and hooked style-tip (arrow). H. Vigna juruana, pollen brush of style comprising curly hairs. I. Vigna schottii, truncate stigma with fringed hairs and secretion containing pollen grains. Specimens: (A, B, D) Vigna diffusa (Cordeiro 616); (H) Vigna juruana (Henkel 5321); (E) Vigna lasiocarpa (Jansen-Jacobs 5019); (G) Vigna longifolia (Vibrans 8246); (F) Vigna longifolia (Kew Slide Collection 279); (C, I) Vigna schottii (Zardini 8650). Scale bars on images A–I. SEM photos by Hannah Banks. Image G, by H. Vibrans.	FIG. 6. SEM images of reproductive structures of Vigna subg. Lasiospron. A. Vigna diffusa, dorsifixed anther with pollen grains. B. detail of filament showing helically orientated, intertwining arrays of cell walls. C. Vigna schottii, detail of filament showing cell walls helically orientated. D. Vigna diffusa, triporate pollen grains, equatorial and polar view. E. Vigna lasiocarpa, pollen grain, equatorial view. F. Vigna lasiocarpa, pollen grain, polar view. G. Vigna longifolia, stigma with wet stigmatic membrane and hooked style-tip (arrow). H. Vigna juruana, pollen brush of style comprising curly hairs. I. Vigna schottii, truncate stigma with fringed hairs and secretion containing pollen grains. Specimens: (A, B, D) Vigna diffusa (Cordeiro 616); (H) Vigna juruana (Henkel 5321); (E) Vigna lasiocarpa (Jansen-Jacobs 5019); (G) Vigna longifolia (Vibrans 8246); (F) Vigna longifolia (Kew Slide Collection 279); (C, I) Vigna schottii (Zardini 8650). Scale bars on images A–I. SEM photos by Hannah Banks. Image G, by H. Vibrans.	2022-03-21	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.		Zenodo	biologists	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.			
03FA87F36F35E5093DEBFA6DBBFEFC20.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15467025/files/figure.png	https://doi.org/10.5281/zenodo.15467025	FIG. 7. Illustration of Vigna juruana. A. Habit, natural size. A1. Portion of stem. A2. Portion of peduncle. B. Stipules, some indumentum omitted for clarity (˟ 6). C. Leaflet outlines to show variation. C-1. Close-up of trichomes on upper leaflet surface. D. Extrafloral nectaries on inflorescence node (˟ 6). E, E1. Standard petal, ventral (˟ 6) and dorsal view. F1, F2. Wing petals (˟ 6). G, G1. Keel petals (˟ 6), taken from floral buds and flower. H. Staminal tube and vexillary stamen free (˟ 6). I. Gynoecium (˟ 5) and stigma enlarged. J. Fruit, natural size. K. Seed, hilar view (˟ 9). Drawn from Plowman, Schultes & Tovar 6387 (habit and dissection); Henkel et al. 3153 (stipules); Steyermark 87773 (fruit); Hill 13046 (seed). Illustration by Pat Halliday.	FIG. 7. Illustration of Vigna juruana. A. Habit, natural size. A1. Portion of stem. A2. Portion of peduncle. B. Stipules, some indumentum omitted for clarity (˟ 6). C. Leaflet outlines to show variation. C-1. Close-up of trichomes on upper leaflet surface. D. Extrafloral nectaries on inflorescence node (˟ 6). E, E1. Standard petal, ventral (˟ 6) and dorsal view. F1, F2. Wing petals (˟ 6). G, G1. Keel petals (˟ 6), taken from floral buds and flower. H. Staminal tube and vexillary stamen free (˟ 6). I. Gynoecium (˟ 5) and stigma enlarged. J. Fruit, natural size. K. Seed, hilar view (˟ 9). Drawn from Plowman, Schultes & Tovar 6387 (habit and dissection); Henkel et al. 3153 (stipules); Steyermark 87773 (fruit); Hill 13046 (seed). Illustration by Pat Halliday.	2022-03-21	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.		Zenodo	biologists	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.			
03FA87F36F35E5093DEBFA6DBBFEFC20.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15467015/files/figure.png	https://doi.org/10.5281/zenodo.15467015	FIG. 3. Geographic distributions of the six species of Vigna subg. Lasiospron, which are ordered, top to bottom, by mean latitude. Filled circles indicate species with amphi-Atlantic distributions.	FIG. 3. Geographic distributions of the six species of Vigna subg. Lasiospron, which are ordered, top to bottom, by mean latitude. Filled circles indicate species with amphi-Atlantic distributions.	2022-03-21	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.		Zenodo	biologists	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.			
03FA87F36F35E5093DEBFA6DBBFEFC20.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15467017/files/figure.png	https://doi.org/10.5281/zenodo.15467017	FIG. 4. Elevation and climate variables, the latter of which varied most among 427 georeferenced collection sites of Vigna subg. Lasiospron species. From the top panel, elevation (m), annual mean temperature (C), annual precipitation (mm), and precipitation seasonality, which is the coefficient of variation (CV) of mean monthly precipitation (i.e.values close to 100% indicate highly seasonal climates, whereas values less than 60% indicate more uniform monthly precipitation regimes throughout the year). Species are ordered, left to right, by average north to south latitude (corresponding to Fig. 3). For each boxplot, the horizontal bar indicates the median, the box encompasses 50% of the data points, the whiskers approximately 99% of the data, and individual points represent outliers.Filled diamonds indicate mean values.	FIG. 4. Elevation and climate variables, the latter of which varied most among 427 georeferenced collection sites of Vigna subg. Lasiospron species. From the top panel, elevation (m), annual mean temperature (C), annual precipitation (mm), and precipitation seasonality, which is the coefficient of variation (CV) of mean monthly precipitation (i.e.values close to 100% indicate highly seasonal climates, whereas values less than 60% indicate more uniform monthly precipitation regimes throughout the year). Species are ordered, left to right, by average north to south latitude (corresponding to Fig. 3). For each boxplot, the horizontal bar indicates the median, the box encompasses 50% of the data points, the whiskers approximately 99% of the data, and individual points represent outliers.Filled diamonds indicate mean values.	2022-03-21	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.		Zenodo	biologists	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.			
03FA87F36F30E5083DFCFBCDBB2DFD7B.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15467015/files/figure.png	https://doi.org/10.5281/zenodo.15467015	FIG. 3. Geographic distributions of the six species of Vigna subg. Lasiospron, which are ordered, top to bottom, by mean latitude. Filled circles indicate species with amphi-Atlantic distributions.	FIG. 3. Geographic distributions of the six species of Vigna subg. Lasiospron, which are ordered, top to bottom, by mean latitude. Filled circles indicate species with amphi-Atlantic distributions.	2022-03-21	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.		Zenodo	biologists	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.			
03FA87F36F31E5163DEBFD04BB39FBAB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15467027/files/figure.png	https://doi.org/10.5281/zenodo.15467027	FIG. 8. Illustration of Vigna longifolia. A. Habit, natural size. A1. Portion of stem. A2. Portion of petiole. B. Stipules, only a portion of indumentum shown for clarity (˟ 6). C. Leaflets showing variation in shape (natural size). C1. Detail of vein. D. Extrafloral nectaries on inflorescence node (˟ 6). E. Flower bud (pre-anthesis), including bracteoles, indicated by arrow (˟ 3). F. Calyx opened out, external surface (˟ 3). G. Standard petal, ventral surface (˟ 0.5). G1. Standard petal, external surface (˟ 1). G2. Standard petal inner surface showing thickenings and auricles (˟ 6). H. Wing petal (˟ 3). I. Keel petals, drawn from young flower (˟ 3). J. Staminal tube with free vexillary stamen (˟ 3). K. Gynoecium (˟ 3). L. Fruits, natural size. L1. Twisted pedicel at base of fruit. M. Seed (˟ 6). Drawn from Barbosa & Silva 1927 (habit and flower dissection); Herbarium Lehmannianum 8757 (fruit and seed). Illustration by Pat Halliday.	FIG. 8. Illustration of Vigna longifolia. A. Habit, natural size. A1. Portion of stem. A2. Portion of petiole. B. Stipules, only a portion of indumentum shown for clarity (˟ 6). C. Leaflets showing variation in shape (natural size). C1. Detail of vein. D. Extrafloral nectaries on inflorescence node (˟ 6). E. Flower bud (pre-anthesis), including bracteoles, indicated by arrow (˟ 3). F. Calyx opened out, external surface (˟ 3). G. Standard petal, ventral surface (˟ 0.5). G1. Standard petal, external surface (˟ 1). G2. Standard petal inner surface showing thickenings and auricles (˟ 6). H. Wing petal (˟ 3). I. Keel petals, drawn from young flower (˟ 3). J. Staminal tube with free vexillary stamen (˟ 3). K. Gynoecium (˟ 3). L. Fruits, natural size. L1. Twisted pedicel at base of fruit. M. Seed (˟ 6). Drawn from Barbosa & Silva 1927 (habit and flower dissection); Herbarium Lehmannianum 8757 (fruit and seed). Illustration by Pat Halliday.	2022-03-21	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.		Zenodo	biologists	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.			
03FA87F36F31E5163DEBFD04BB39FBAB.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15467015/files/figure.png	https://doi.org/10.5281/zenodo.15467015	FIG. 3. Geographic distributions of the six species of Vigna subg. Lasiospron, which are ordered, top to bottom, by mean latitude. Filled circles indicate species with amphi-Atlantic distributions.	FIG. 3. Geographic distributions of the six species of Vigna subg. Lasiospron, which are ordered, top to bottom, by mean latitude. Filled circles indicate species with amphi-Atlantic distributions.	2022-03-21	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.		Zenodo	biologists	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.			
03FA87F36F2FE5153DEBFB57BE7EFA10.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15467027/files/figure.png	https://doi.org/10.5281/zenodo.15467027	FIG. 8. Illustration of Vigna longifolia. A. Habit, natural size. A1. Portion of stem. A2. Portion of petiole. B. Stipules, only a portion of indumentum shown for clarity (˟ 6). C. Leaflets showing variation in shape (natural size). C1. Detail of vein. D. Extrafloral nectaries on inflorescence node (˟ 6). E. Flower bud (pre-anthesis), including bracteoles, indicated by arrow (˟ 3). F. Calyx opened out, external surface (˟ 3). G. Standard petal, ventral surface (˟ 0.5). G1. Standard petal, external surface (˟ 1). G2. Standard petal inner surface showing thickenings and auricles (˟ 6). H. Wing petal (˟ 3). I. Keel petals, drawn from young flower (˟ 3). J. Staminal tube with free vexillary stamen (˟ 3). K. Gynoecium (˟ 3). L. Fruits, natural size. L1. Twisted pedicel at base of fruit. M. Seed (˟ 6). Drawn from Barbosa & Silva 1927 (habit and flower dissection); Herbarium Lehmannianum 8757 (fruit and seed). Illustration by Pat Halliday.	FIG. 8. Illustration of Vigna longifolia. A. Habit, natural size. A1. Portion of stem. A2. Portion of petiole. B. Stipules, only a portion of indumentum shown for clarity (˟ 6). C. Leaflets showing variation in shape (natural size). C1. Detail of vein. D. Extrafloral nectaries on inflorescence node (˟ 6). E. Flower bud (pre-anthesis), including bracteoles, indicated by arrow (˟ 3). F. Calyx opened out, external surface (˟ 3). G. Standard petal, ventral surface (˟ 0.5). G1. Standard petal, external surface (˟ 1). G2. Standard petal inner surface showing thickenings and auricles (˟ 6). H. Wing petal (˟ 3). I. Keel petals, drawn from young flower (˟ 3). J. Staminal tube with free vexillary stamen (˟ 3). K. Gynoecium (˟ 3). L. Fruits, natural size. L1. Twisted pedicel at base of fruit. M. Seed (˟ 6). Drawn from Barbosa & Silva 1927 (habit and flower dissection); Herbarium Lehmannianum 8757 (fruit and seed). Illustration by Pat Halliday.	2022-03-21	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.		Zenodo	biologists	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.			
03FA87F36F2FE5153DEBFB57BE7EFA10.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15467015/files/figure.png	https://doi.org/10.5281/zenodo.15467015	FIG. 3. Geographic distributions of the six species of Vigna subg. Lasiospron, which are ordered, top to bottom, by mean latitude. Filled circles indicate species with amphi-Atlantic distributions.	FIG. 3. Geographic distributions of the six species of Vigna subg. Lasiospron, which are ordered, top to bottom, by mean latitude. Filled circles indicate species with amphi-Atlantic distributions.	2022-03-21	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.		Zenodo	biologists	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.			
03FA87F36F2CE5123E4BFA1DB8A2F9A0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15467029/files/figure.png	https://doi.org/10.5281/zenodo.15467029	FIG. 9. Illustration of Vigna trichocarpa. A. Habit, natural size. A1. Portion of petiole. A2. Portion of stem. A3. Leaf showing narrow leaflets. B. Stipules (˟ 3). C. Variation in leaflet shape outlines (˟ 1). D. Extrafloral nectaries on inflorescence node (˟ 6). E. Flower bud, including bracteoles (˟ 3). F. Calyx opened out, external surface (˟ 6). G. Standard petal outer surface (˟ 3). H. Wing petal (˟ 6). H1. Wing petal from bud (˟ 3). I. Keel petals (˟ 6). J. Staminal tube with free stamen (˟ 6). K. Gynoecium (˟ 6). L. Fruits, natural size. M. Seed, hilar view (˟ 9). Drawn from Jansen Jacobs 4681 (habit and flower); Berg et al. 19796 (fruit and seed); Prance et al. 8048; Berg et al. 19796; Glaziou 9392 (leaflet outlines). Illustration by Pat Halliday.	FIG. 9. Illustration of Vigna trichocarpa. A. Habit, natural size. A1. Portion of petiole. A2. Portion of stem. A3. Leaf showing narrow leaflets. B. Stipules (˟ 3). C. Variation in leaflet shape outlines (˟ 1). D. Extrafloral nectaries on inflorescence node (˟ 6). E. Flower bud, including bracteoles (˟ 3). F. Calyx opened out, external surface (˟ 6). G. Standard petal outer surface (˟ 3). H. Wing petal (˟ 6). H1. Wing petal from bud (˟ 3). I. Keel petals (˟ 6). J. Staminal tube with free stamen (˟ 6). K. Gynoecium (˟ 6). L. Fruits, natural size. M. Seed, hilar view (˟ 9). Drawn from Jansen Jacobs 4681 (habit and flower); Berg et al. 19796 (fruit and seed); Prance et al. 8048; Berg et al. 19796; Glaziou 9392 (leaflet outlines). Illustration by Pat Halliday.	2022-03-21	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.		Zenodo	biologists	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.			
03FA87F36F2CE5123E4BFA1DB8A2F9A0.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15467015/files/figure.png	https://doi.org/10.5281/zenodo.15467015	FIG. 3. Geographic distributions of the six species of Vigna subg. Lasiospron, which are ordered, top to bottom, by mean latitude. Filled circles indicate species with amphi-Atlantic distributions.	FIG. 3. Geographic distributions of the six species of Vigna subg. Lasiospron, which are ordered, top to bottom, by mean latitude. Filled circles indicate species with amphi-Atlantic distributions.	2022-03-21	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.		Zenodo	biologists	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.			
03FA87F36F2BE5113DEBF94CBE2CFB2A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://zenodo.org/record/15467015/files/figure.png	https://doi.org/10.5281/zenodo.15467015	FIG. 3. Geographic distributions of the six species of Vigna subg. Lasiospron, which are ordered, top to bottom, by mean latitude. Filled circles indicate species with amphi-Atlantic distributions.	FIG. 3. Geographic distributions of the six species of Vigna subg. Lasiospron, which are ordered, top to bottom, by mean latitude. Filled circles indicate species with amphi-Atlantic distributions.	2022-03-21	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.		Zenodo	biologists	Delgado-Salinas, Alfonso;Lavin, Matt;Snak, Cristiane;Lewis, Gwilym P.			
