taxonID	type	format	identifier	references	title	description	created	creator	contributor	publisher	audience	source	license	rightsHolder	datasetID
FEA855A0D0275AD8A99AC5F61D97999A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1777489	https://doi.org/10.3897/phytokeys.279.207204.figure1	Figure 1. Lanonia nhatii sp. nov., habitat and details of vegetative structures. A. Habitat; B. Mature plant; C. Basal portion of stem, showing the bare surface; D. Cross-section of stem; E. Apical portion of stem, covered by leaf sheath fibers; F. Ligules; G. Petiole thorns; H. Abaxial surface of new leaf, densely covered with ferruginous hairs; I. Adaxial surface of leaf; J. Abaxial surface of leaf; K. Apex of central segment, adaxial view (left) and abaxial view (right); L. Hastula; M. Costa, with the pulvinus structure at the apex indicated by the arrow. All photographs by Jia-Wei Qin.	Figure 1. Lanonia nhatii sp. nov., habitat and details of vegetative structures. A. Habitat; B. Mature plant; C. Basal portion of stem, showing the bare surface; D. Cross-section of stem; E. Apical portion of stem, covered by leaf sheath fibers; F. Ligules; G. Petiole thorns; H. Abaxial surface of new leaf, densely covered with ferruginous hairs; I. Adaxial surface of leaf; J. Abaxial surface of leaf; K. Apex of central segment, adaxial view (left) and abaxial view (right); L. Hastula; M. Costa, with the pulvinus structure at the apex indicated by the arrow. All photographs by Jia-Wei Qin.	2026-09-17	Qin, Jia-Wei;Tian, Zhi-Ling;Chen, Zheng-Shun;Nguyen, Khang Sinh;Kuang, Ren-Ping		Zenodo	biologists	Qin, Jia-Wei;Tian, Zhi-Ling;Chen, Zheng-Shun;Nguyen, Khang Sinh;Kuang, Ren-Ping			
FEA855A0D0275AD8A99AC5F61D97999A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1777490	https://doi.org/10.3897/phytokeys.279.207204.figure2	Figure 2. Lanonia nhatii sp. nov., details of reproductive structures. A. Pistillate inflorescence, showing a partial inflorescence; B. Pistillate flower solitary on the rachilla; C. Staminate inflorescence; D. Staminate flowers clustered two or three together on the rachilla; E. Pistillate flower specimen; F. Three apocarpous carpels of pistillate flower; G. Pistillate flower with the gynoecium removed, showing a staminodial ring; H. Staminate flower specimen; I. Staminal ring of staminate flower; J. Three apocarpous pistillodes of staminate flower; K. Staminate flower with the pistillodes removed, showing a staminal ring; L. Purplish-black mature fruits on infructescence; M. Seed surface; N. Longitudinal section of seed interior, with a straight but slightly asymmetrical basal intrusion. Scale bars: 5 mm (M, N); 2 mm (E – K). Photographs: A – D, Jia-Wei Qin; E – K, Zhi-Ling Tian; L, Trieu Van Nhat; M, N, Zheng-Shun Chen.	Figure 2. Lanonia nhatii sp. nov., details of reproductive structures. A. Pistillate inflorescence, showing a partial inflorescence; B. Pistillate flower solitary on the rachilla; C. Staminate inflorescence; D. Staminate flowers clustered two or three together on the rachilla; E. Pistillate flower specimen; F. Three apocarpous carpels of pistillate flower; G. Pistillate flower with the gynoecium removed, showing a staminodial ring; H. Staminate flower specimen; I. Staminal ring of staminate flower; J. Three apocarpous pistillodes of staminate flower; K. Staminate flower with the pistillodes removed, showing a staminal ring; L. Purplish-black mature fruits on infructescence; M. Seed surface; N. Longitudinal section of seed interior, with a straight but slightly asymmetrical basal intrusion. Scale bars: 5 mm (M, N); 2 mm (E – K). Photographs: A – D, Jia-Wei Qin; E – K, Zhi-Ling Tian; L, Trieu Van Nhat; M, N, Zheng-Shun Chen.	2026-09-17	Qin, Jia-Wei;Tian, Zhi-Ling;Chen, Zheng-Shun;Nguyen, Khang Sinh;Kuang, Ren-Ping		Zenodo	biologists	Qin, Jia-Wei;Tian, Zhi-Ling;Chen, Zheng-Shun;Nguyen, Khang Sinh;Kuang, Ren-Ping			
FEA855A0D0275AD8A99AC5F61D97999A.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1777491	https://doi.org/10.3897/phytokeys.279.207204.figure3	Figure 3. Phylogeny of Lanonia nhatii sp. nov. and Lanonia yangchunensis and their related species in Livistoninae, rooted using Serenoa repens as the outgroup. ML bootstrap percentages are shown above each branch, while BI posterior probabilities are shown below. The samples of the two focal species in this study are highlighted in bold font with a light green background.	Figure 3. Phylogeny of Lanonia nhatii sp. nov. and Lanonia yangchunensis and their related species in Livistoninae, rooted using Serenoa repens as the outgroup. ML bootstrap percentages are shown above each branch, while BI posterior probabilities are shown below. The samples of the two focal species in this study are highlighted in bold font with a light green background.	2026-09-17	Qin, Jia-Wei;Tian, Zhi-Ling;Chen, Zheng-Shun;Nguyen, Khang Sinh;Kuang, Ren-Ping		Zenodo	biologists	Qin, Jia-Wei;Tian, Zhi-Ling;Chen, Zheng-Shun;Nguyen, Khang Sinh;Kuang, Ren-Ping			
8F5F21710B4457F98E69683EACC65ACF.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1777492	https://doi.org/10.3897/phytokeys.279.207204.figure4	Figure 4. Lanonia yangchunensis, habitat and details of vegetative structures. A, B. Habitat; C – E. Mature plants; F. Stem, roots, and leaf sheaths; G. Ligules; H. Hastula. Photographs: A – E. Zhi-Ling Tian; F – H. Jia-Wei Qin.	Figure 4. Lanonia yangchunensis, habitat and details of vegetative structures. A, B. Habitat; C – E. Mature plants; F. Stem, roots, and leaf sheaths; G. Ligules; H. Hastula. Photographs: A – E. Zhi-Ling Tian; F – H. Jia-Wei Qin.	2026-09-17	Qin, Jia-Wei;Tian, Zhi-Ling;Chen, Zheng-Shun;Nguyen, Khang Sinh;Kuang, Ren-Ping		Zenodo	biologists	Qin, Jia-Wei;Tian, Zhi-Ling;Chen, Zheng-Shun;Nguyen, Khang Sinh;Kuang, Ren-Ping			
8F5F21710B4457F98E69683EACC65ACF.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1777493	https://doi.org/10.3897/phytokeys.279.207204.figure5	Figure 5. Lanonia yangchunensis, leaf morphotypes. A. Different segmentation types in mature plants; B. Central segment undivided and costa continuous to the leaf apex, without an abaxial pulvinus; C. Central segment divided but without a petiolule, and costa not continuous, with a pulvinus at the apex abaxially; D. Central segment divided with a petiolule, and costa not continuous, with a pulvinus at the apex abaxially; E. Central segment divided with a petiolule, pinnate, and costa not continuous, with a pulvinus at the apex abaxially; F. Central segment divided, but costa continuous to the leaf apex, without an abaxial pulvinus. Scale bar: 20 cm (A). Photographs: A. Zhi-Ling Tian; B – F. Jia-Wei Qin.	Figure 5. Lanonia yangchunensis, leaf morphotypes. A. Different segmentation types in mature plants; B. Central segment undivided and costa continuous to the leaf apex, without an abaxial pulvinus; C. Central segment divided but without a petiolule, and costa not continuous, with a pulvinus at the apex abaxially; D. Central segment divided with a petiolule, and costa not continuous, with a pulvinus at the apex abaxially; E. Central segment divided with a petiolule, pinnate, and costa not continuous, with a pulvinus at the apex abaxially; F. Central segment divided, but costa continuous to the leaf apex, without an abaxial pulvinus. Scale bar: 20 cm (A). Photographs: A. Zhi-Ling Tian; B – F. Jia-Wei Qin.	2026-09-17	Qin, Jia-Wei;Tian, Zhi-Ling;Chen, Zheng-Shun;Nguyen, Khang Sinh;Kuang, Ren-Ping		Zenodo	biologists	Qin, Jia-Wei;Tian, Zhi-Ling;Chen, Zheng-Shun;Nguyen, Khang Sinh;Kuang, Ren-Ping			
8F5F21710B4457F98E69683EACC65ACF.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1777494	https://doi.org/10.3897/phytokeys.279.207204.figure6	Figure 6. Lanonia yangchunensis, details of reproductive structures. A. Pistillate plant; B. Pistillate inflorescence; C. Pistillate flower solitary on the rachilla; D. Pistillate flower specimen; E. Staminate plant; F. Staminate inflorescence; G. Staminate flowers solitary or clustered in pairs on the rachilla; H. Staminate flower specimen; I. Three apocarpous carpels independently developing into three immature fruits with uneven surfaces; J. Fruit, lateral view; K. Fruit, view of the attachment surface to the rachilla; L. Seed surface; M. Longitudinal section of seed interior, with a short, straight but asymmetrical basal intrusion. Scale bars: 20 cm (A, E); 5 cm (B, F); 5 mm (J – M); 3 mm (C, G); 2 mm (D, H). Photographs: A – G. Zhi-Ling Tian; I – M. Zheng-Shun Chen.	Figure 6. Lanonia yangchunensis, details of reproductive structures. A. Pistillate plant; B. Pistillate inflorescence; C. Pistillate flower solitary on the rachilla; D. Pistillate flower specimen; E. Staminate plant; F. Staminate inflorescence; G. Staminate flowers solitary or clustered in pairs on the rachilla; H. Staminate flower specimen; I. Three apocarpous carpels independently developing into three immature fruits with uneven surfaces; J. Fruit, lateral view; K. Fruit, view of the attachment surface to the rachilla; L. Seed surface; M. Longitudinal section of seed interior, with a short, straight but asymmetrical basal intrusion. Scale bars: 20 cm (A, E); 5 cm (B, F); 5 mm (J – M); 3 mm (C, G); 2 mm (D, H). Photographs: A – G. Zhi-Ling Tian; I – M. Zheng-Shun Chen.	2026-09-17	Qin, Jia-Wei;Tian, Zhi-Ling;Chen, Zheng-Shun;Nguyen, Khang Sinh;Kuang, Ren-Ping		Zenodo	biologists	Qin, Jia-Wei;Tian, Zhi-Ling;Chen, Zheng-Shun;Nguyen, Khang Sinh;Kuang, Ren-Ping			
8F5F21710B4457F98E69683EACC65ACF.taxon	http://purl.org/dc/dcmitype/StillImage	image/png	https://binary.pensoft.net/fig/1777491	https://doi.org/10.3897/phytokeys.279.207204.figure3	Figure 3. Phylogeny of Lanonia nhatii sp. nov. and Lanonia yangchunensis and their related species in Livistoninae, rooted using Serenoa repens as the outgroup. ML bootstrap percentages are shown above each branch, while BI posterior probabilities are shown below. The samples of the two focal species in this study are highlighted in bold font with a light green background.	Figure 3. Phylogeny of Lanonia nhatii sp. nov. and Lanonia yangchunensis and their related species in Livistoninae, rooted using Serenoa repens as the outgroup. ML bootstrap percentages are shown above each branch, while BI posterior probabilities are shown below. The samples of the two focal species in this study are highlighted in bold font with a light green background.	2026-09-17	Qin, Jia-Wei;Tian, Zhi-Ling;Chen, Zheng-Shun;Nguyen, Khang Sinh;Kuang, Ren-Ping		Zenodo	biologists	Qin, Jia-Wei;Tian, Zhi-Ling;Chen, Zheng-Shun;Nguyen, Khang Sinh;Kuang, Ren-Ping			
