Lilium punctulatum (Sealy) Y.M.Yuan & Y.D.Gao
publication ID |
https://doi.org/ 10.11646/phytotaxa.558.2.8 |
DOI |
https://doi.org/10.5281/zenodo.7003035 |
persistent identifier |
https://treatment.plazi.org/id/3227AE26-907E-0A33-AC8B-6B8FFBD645F6 |
treatment provided by |
Plazi |
scientific name |
Lilium punctulatum (Sealy) Y.M.Yuan & Y.D.Gao |
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Lilium punctulatum (Sealy) Y.M.Yuan & Y.D.Gao , comb. & stat. nov. ( Fig. 1 View FIGURE 1 .)
Type:— CHINA. West Yunnan, eastern boundary of Lijiang valley , 27° 25’ N, elevation ca. 3353 m. June 1910, Forrest 5816 (holotype: K000900813 , digital image!; isotypes: K000900814 , digital image!; PE00036102 , digital image!; PE00036109 , digit image!; IBSC0643956 About IBSC digit image!; IBSC0643957 About IBSC digit image!) .
The new species is most similar to L. basilissum and L. sealyi , which belong to subsection Nomocharis of Lilium , and has whorled leaves, a rose or pink cupular to flat perianth and swollen and cylindric filaments that become distally filiform. It can be distinguished by its elliptic to lanceolate-elliptic leaves, perianth with dark red spots decreasing from the base of the pinkish petals and margin of the inner tepals erose.
Perennial herbs, 30–70 cm tall. Bulbs ovoid-globose, 2.8–3.6 × 1.5–2.2 cm, scales white without a tunic. Stem glabrous, 20.2–36.6 cm. Leaves cauline, whorled, elliptic to lanceolate-elliptic, 2.2–6.2 × 0.5–2.3 cm. Flowers 1– several. Perianth saucer-shaped, pinkish, crimson spots or blotches covering almost the whole petal, the deepest and most numerous at the base and gradually decreasing toward the distal end. Tepals 6, outer ovate, 2.4–3.8 × 1.0– 1.7 cm, margin entire; inner, ovate to orbicular, 2.2–3.6 × 1.4–3.0 cm, margin usually erose or lacerate; nectary processes 2, dark maroon, ridges of tissue arranged in a fan shape. Stamens 6, filaments, 5–6 mm long, consisting of a cylindrical body and thinner apex, bearing a yellow anther 4.0–5.0 × 2.0 mm. Ovary 6–7 mm, style clavate, ca. 7 mm with trilobed stigmas, 2–3 mm long.
Distribution and habitat:— Known only from the Lijiang Valley, Gongshan and Eryuan Counties, Yunnan Province, China. It prefers a moist environment generally above 3000 m with Rhododendron in coniferous forests and alpine meadows
Notes:— Lilium punctulatum has previously been confused with L. pardanthinum . Through field discoveries, literature survey and lab work, we find that Sealy’s form has discrete morphological features and relatively stable and distinguishable distribution and has persisted for a considerable time in northwestern Yunnan. The rapid diversification of this groups has caused low genetic divergence, common in this area in other groups ( Liu et al. 2006, Sun et al. 2012, Zhang et al. 2014). A more comprehensive sampling of the Nomocharis clade would contribute to a fuller understanding of these rapid events and their demographic history. Members of the Nomocharis clade possess great morphological variation and low molecular divergence ( Gao et al. 2012). Such inconsistency indicates there is no single universal standard to discriminate species and there is always a need for combining methods in a comprehensive investigation.
Conservation status: —The number of this individuals is extremely low, and only two to three mature individuals can be found in a single population. It is critically endangered and a “plant species with extremely small populations”. Due to less than 50 mature individuals in each subpopulation, we propose to classify L. punctulatum as critically endangered (CR; IUCN 2022), thus needing immediate protection.
Additional specimens examined:— CHINA. Yunnan: Gongshan , 24 July 1989 , Xie 89017 ( KUN0833085 About KUN , KUN0833084 About KUN , KUN0833060 About KUN ); Gongshan , 2009, Gao GYD00160 ( CDBI); Eryuan, 30 June 1929 , Qin 23051 ( PE00036112 ); Eryuan, 6 June 1981 , Tang 277 ( PE01595944 ); Shweli-Salwin divide, Aug 1919 , Forrest 18274 ( PE00036111 ); Dali, 15 June 1945 , Wang 4756 ( IBSC0643952 About IBSC , IBSC0643954 About IBSC , PE00330353 ); Dali, 27 July 1933 , Tsai 53853 ( PE00330348 ); Dali , 1913, Forrest 11624 ( PE00330368 ); Dali, May 1935 , Wang 63214 ( PE00330356 , NAS00550392 About NAS ); Dali, May 1935 , Wang 63159 ( PE00330352 ); Ninglang, 27 June 1960 , Jiang et al. 6100 ( PE00330360 ); Lanping, 7 July 1960 , unknown collector 9808 ( PE00330362 ); Ludian, 22 July 1956 , PMao 00164 ( PE00330364 ); Ludian, 16 July 1956 , Mao 00111 ( PE00330366 ); Ludian, 23 June 1939 , Zhao 20928 ( PE00330363 ); Shangri-La, July 1918 , Forrest 16644 ( PE00330369 ); Dali, 30 May 1955 , Wu et al. 1424 ( PE00036107 ); Dali, 2 Mar 1890 , Delavay s.n. ( PE00036108 ); Dali , Qin 22712 ( PE00330346 ); Lanping, 28 June 1981 , Hengduan Mountains team of Beijing Botanical Institute 1194 ( PE00036101 , PE00330344 ); Huaping, 17 July 1960 , Jiang et al. 6232 ( PE00330345 ); Dali, June 1941 , Wang 837 ( PE00330351 , PE00330350 ); Dali, 3 September 1945 , Wang 4865 ( PE00330349 ) . Sichuan: Dechang , 3 June 1976 , Sichuan survey team of plant 11727 ( CDBI0165488 About CDBI , CDBI0165487 About CDBI , CDBI 0165486 About CDBI , PE00330341 ); Zhaojue, 9 July 1976 , Sichuan team of plant 12922 ( CDBI0165485 About CDBI , CDBI0165484 About CDBI , PE00330340 ); Yuexi, 13 July 1959 , Liangshan survey team of wild plant 3920 ( CDBI0165483 About CDBI , PE00330336 ); Leibo, 2 June 1959 , Sichuan survey team of economic plant 0846 ( CDBI0165481 About CDBI , CDBI0165482 About CDBI , PE00330335 , PE00330337 ); Muli, 4 July 1960 , Ying 4425 ( PE00330339 ); Miyi, 7 July 1983 Qinghai-Tibetan Plateau team 11802 ( PE01146039 , PE01146040 ); Yanyuan, 10 June 1984 , Chen et al. 6117 ( PE01377736 , PE01377739 , PE01377738 , PE 01377737 ); Puge, 4 Aug 1960 , Sichuan survey team of drug source 25058 ( NAS00550391 About NAS ); Yuexi, 14 June 1979 , unkonown collector 0534 ( SM722203826 ); Zhaojue, 26 June 1979 , Zhaojue survey team 0637 ( SM722203830 , SM722203831 ) .
CDBI |
Chengdu Institute of Biology |
No known copyright restrictions apply. See Agosti, D., Egloff, W., 2009. Taxonomic information exchange and copyright: the Plazi approach. BMC Research Notes 2009, 2:53 for further explanation.
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