Open Access
How to translate text using browser tools
10 March 2020 Thismia ornata and T. coronata (Thismiaceae), two new species from Sarawak, Borneo
Martin Dančák, Michal Hroneš, Michal Sochor
Author Affiliations +

Thismia ornata and T. coronata (Thismiaceae), two new species from Sarawak (Malaysian Borneo) are described and illustrated. Thismia ornata belongs to T. sect. Thismia subsect. Odoardoa and occurs at several localities in western Sarawak around the city of Kuching. This species has been misidentified as T. aseroe until now, although the two species differ considerably. The species is assigned a preliminary conservation status of VU according to IUCN criteria. Thismia coronata belongs to T. sect. Sarcosiphon and has been found at only one site near the village of Long Tuyo in Lawas district of northern Sarawak. It is related to T. goodii and T. kelabitiana. The species is assigned a preliminary conservation status of CR.

Citation:Dančák M., Hroneš M. & Sochor M. 2020: Thismia ornata and T. coronata (Thismiaceae), two new species from Sarawak, Borneo. – Willdenowia 50: 65–76. doi:

Version of record first published online on 10 March 2020 ahead of inclusion in April 2020 issue.


Thismia Griff. (Thismiaceae) is a genus of monocotyledonous plants that typically inhabit the understorey of tropical and subtropical forests. The genus comprises about 85 species (Dančák & al. 2018; Suetsugu & al. 2018b) and is distributed mostly in the tropical regions of Asia, Australia and South America and extending into subtropical and temperate regions of Japan, New Zealand, Australia and the USA (Merckx & al. 2013). Two main centres of Thismia diversity in Southeast Asia are located on the Malay Peninsula and in Borneo, with 16 and 22 recognized species, respectively (Jonker 1948; Chantanaorrapint 2018; Dančák & al. 2018; Nishioka & al. 2018; Siti-Munirah 2018; Tanaka & al. 2018; Siti-Munirah & Dome 2019; Dančák & al. 2020). The number of described species has been increasing rapidly over the last few years, which is probably one of the highest rates among angiosperms (Stevens 2001+). For example, 14 species were described in 2018 alone (Chantanaorrapint & Suddee 2018; Dančák & al. 2018; Hroneš & al. 2018; Nishioka & al. 2018; Siti Munirah 2018; Sochor & al. 2018; Suetsugu & al. 2018a, 2018b, 2018c; Tanaka & al. 2018).

During our field trip to Sarawak (Malaysian Borneo) in January and February 2019 we found two new species of Thismia and describe them in this article, which brings the number of Bornean species to 24.

Material and methods

This study is based on material collected during January and February 2019 in Limbang and Kuching Divisions of Sarawak. Morphological characters were studied using a hand lens (30–60× magnification), stereo microscope and macro photography. Collected specimens were thoroughly compared with original drawings and descriptions given in protologues of representatives of Thismia sect. Thismia and T. sect. Sarcosiphon (Blume) Jonker. Herbarium vouchers for this study are deposited in SAR and OL. Because Thismia populations are sometimes composed of a few or even a single reproductive individual, voucher specimens were not always collected to prevent unnecessary harm to the population. In these cases only DNA samples were taken because for DNA analysis substantially less material is needed than for useful herbarium specimens. Also, herbarium vouchers were not collected if the only plants available were not in full bloom. In both cases plants were documented by photographs. Additionally, herbarium material deposited in K and SAR was studied (herbarium codes according to Thiers 2019+).

DNA was extracted by the CTAB method (Doyle & Doyle 1987) from a silica gel-dried piece of tissue from one individual per population. Sequence data were generated for three nuclear and two mitochondrial loci. The small subunit of ribosomal DNA (SSU rDNA) was amplified and sequenced with primers NS1 and NS6, internal transcribed spacers of ribosomal DNA (ITS) with primers ITS1 and ITS4 (White & al. 1990) and large subunit of ribosomal DNA (LSU rDNA) by primers N-nc26S6 and 2134rev (Kuzoff & al. 1998). The mitochondrial genes atpA and matR were amplified and sequenced with primers developed by Eyre-Walker & Gaut (1997) and primers 26F and 1002R (Meng & al. 2002), respectively. All PCRs were performed with Kapa polymerase (Kapa Biosystems) following a standard protocol with 37 to 40 cycles and annealing temperature of 56°C (rDNA, atpA) or 47 °C (matR). The PCR products were purified by precipitation with polyethylene glycol (10% PEG 6000 and 1.25 M NaCl in the precipitation mixture) and sequenced in both directions by Sanger method at Macrogene Europe. The most variable locus, ITS, was sequenced in all collections to screen variation, whereas the other loci were only analysed in selected specimens.

Sequences were edited and aligned in GENEIOUS 8 (Biomatters) and deposited in NCBI GenBank under accession numbers MN067232–MN067237, MN067250–MN067259, MN067281–MN067283, MN067288, MN067290, MN067300, MN067302, MN067303, MN067307, MN067309, MN067318–MN067320, MN067327 and MN067328. The newly generated sequences were added to the dataset from Sochor & al. (2018) and Dančák & al. (2020), which included nine species whose sequences were downloaded from NCBI GenBank. The alignments are provided as supplemental content online. Bayesian phylogeny inference from concatenated data from the five loci (or four in the GenBank accessions) was computed in MRBAYES (ver. 3.2.4; Ronquist & al. 2012) with 2×107 generations, sampling every 3000th generation, in two independent runs, each with four chains; the first 107generations (50%) were excluded as burn-in. The substitution model for each locus was used as determined by Sochor & al. (2018; ITS1, ITS2 and 5.8S rDNA were treated as separate partitions).

Results and Discussion

Thismia ornata Dančák, Hroneš & Sochor, sp. nov.Fig. 1 & 2.

Holotype: Malaysia, Sarawak, Kubah National Park, 0.8 km NE of Matang Wildlife Centre, WGS 84: 01°36′49″N, 110°09′57″E, elevation 60 m a.s.l., 7 Feb 2019, Sochor, Hroneš & Dančák BOR51/19 (SAR! [in spirit]; isotype: OL! [pressed specimen]).

DiagnosisThismia ornata differs from the most similar known species, T. filiformis Chantanaorr., by flower size (to c. 10 cm in diam. vs to c. 3 cm including tepal appendages), inner surface of floral tube (with very fine bright orange reticulum inside vs lacking any reticulum), length of tepal appendages (to 35 mm vs to 8 mm), appendages on apical margin of connective (five of three different shapes vs three of two different shapes) and shape of lateral appendage (with small horn-shaped projection arising from each side of the lateral appendage vs lacking any horn-shaped projections).

Description — Achlorophyllous herb, 7–11 cm tall. Roots creeping, vermiform, ± horizontal, poorly branched, pale brown. Stem white to pale cream-brown, 4.5–8 cm tall, erect, ribbed, verrucose, bearing 1 or 2 (or 3) flowers. Leaves spirally arranged, appressed, scale-like, narrowly triangular, acute, entire, 4–6 mm long, light brown to pinkish. Bracts 3, similar to leaves, surrounding base of ovary, lanceolate-triangular, acute, entire, verrucose, to 10 mm long, light brown to pinkish. Flowers (sub)sessile, actinomorphic, 1.7–2.2 cm long; floral tube funnel-shaped toward base, slightly urceolate at apex, widest (0.9–1.1 cm) in upper quarter, with 12 orange longitudinal ribs and conspicuous bright orange reticulum on inner surface, outer surface pinkish with 12 thin reddish brown longitudinal stripes, verrucose. Annulus circular, outer margin markedly raised and brownish yellow, inner margin bright yellow, middle part brownish orange. Tepals 6, all equal in shape and size, narrowly triangular, 6–10 mm long, c. 4 mm wide at base, yellow with 3 longitudinal red stripes, tapering into a white filiform appendage 20–35 mm long. Stamens 6, connate and forming a tube, pendent from floral tube aperture, translucent; filaments free, short, curved downward; connectives broad and flattened, each connective with 5 appendages at apical margin and a large box-shaped lateral appendage on distal part protruding toward floral tube with an interstaminal gland inserted on line of fusion between connectives; lateral appendage dark brown, with small horn-shaped projection arising from both sides, appendages on apical margin arranged as follows: outer pair of appendages directed outward, triangular, c. 0.8 mm long, apex acute; inner pair inserted above margin and directed inward, cylindric, c. 1 mm long, ± straight, apex domed; central solitary appendage caudate, c. 1.8 mm long, ± pendent. Ovary inferior, obconic, indistinctly ribbed, verrucose, whitish to pale brown, darker on apex; style c. 1.5 mm long; stigma 3-lobed, lobes bifid, hairy, c. 1.2 mm long. Fruit an obconical to cup-shaped pale brown ribbed capsule, 4–5 mm long, borne on very short fruit stalk. Seeds ellipsoid, beige with fine brown reticulum, 0.38–0.45 mm long, 0.17–0.21 mm wide.

Fig. 1.

Thismia ornata – A: habit of flowering plant; B: flower bud; C: detail of flower, apical view; D: stigma; E: inner view of stamens,; F: seed; G: outer view of stamens and inside of floral tube. – From Sochor & al. BOR 51/19 (A, C–E, G), BOR54/19 (B), BOR 56/19 (F). – Drawn by Kateřina Janošíková.


DistributionThismia ornata occurs in western Sarawak in a number of locations surrounding Kuching, including Kubah National Park, Santubong National Park, Dered Krian National Park and Fairy Cave Nature Reserve (Fig. 3).

Fig. 2.

Thismia ornata – A, B: overall appearance; C: detail of flower, apical view; D: ovary, stigma and inner surface of floral tube (background grid spacing = 1 mm); E: seeds; F: inner view of stamens; G: lateral view of connective after cutting off neighbouring connective; H: outer view of stamen. – From Sochor & al. BOR53/19 (A), BOR51/19 (B–D, F–H) and BOR56/19 (E).


Fig. 3.

Distribution of Thismia ornata (yellow circles) and T. coronata (red circle). – Aerial image modified from Google Earth (


HabitatThismia ornata inhabits a wide range of tropical lowland rain forest habitats with an altitudinal range from 40 m to c. 300 m a.s.l. It is known from rather dry limestone outcrops, lowland mixed dipterocarp forests, riverine forests including forests with some anthropogenic disturbance.

Conservation statusThismia ornata is endemic to Borneo. Most, if not all, known populations occur within national parks and other protected areas. While the extent of occurrence (EOO) is c. 270 km2, its minimal area of occupancy (AOO) could be estimated to be 30 km2. It is known from several populations, which represent three locations (sensu IUCN 2012). Thismia ornata is therefore assigned a preliminary conservation status of VU (D1+2) according to the IUCN Red List categories and criteria (IUCN 2012).

Etymology — The specific epithet is the feminine form of the Latin adjective ornatus (ornate or decorated), which-reflects the colourful flowers and very fine bright orange reticulum inside the floral tube that resembles lace.

RemarksThismia ornata is not completely unknown to the scientific community; it has been collected several times (see Additional material examined) and many of its photographs circulate on the internet, especially from limestone outcrops around Bau town (e.g. Fehland 2019). However, it has been misidentified as T. aseroe Becc., a superficially morphologically similar but not closely related species (unpublished data). Thismia ornata was also studied under the name of T. aseroe in an extensive study of floral morphology and development in Dioscoreales (Caddick & al. 2000) and is adequately described and illustrated in that work. Correspondingly, the DNA sequence entries in GenBank that are based on the specimen Caddick 349 (K, SAR!) and stored under the name T. aseroe belong to T. ornata (see Fig. 4).

Thismia ornata belongs to T. sect. Thismia subsect. Odoardoa Schltr. on account of its having six free tepals of the same size and shape. Relationships of T. ornata within this section however are unclear. Its morphology is rather unique although it superficially resembles T. filiformis (and its relatives). The inner morphology of the flower is different. The bright orange reticulum inside the floral tube is absent in other Bornean species of Thismia, with the exception of T. kelabitiana Dančák, Hroneš & Sochor, which is somewhat reticulated. For T. ornata, the apical margin of the connective bears five appendages of three different sizes and shapes. The single central appendage is the longest while the remaining appendages are considerably shorter. One pair of these appendages sits directly on the apical margin of the connective while the other pair is shifted upward to the surface of the connective and resembles appendages known in T. hexagona Dančák, Hroneš, Kobrlová & Sochor and T. bryndonii Tsukaya, Suetsugu & Suleiman (Dančák & al. 2013; Tsukaya & al. 2017). Although it has been frequently misidentified as T. aseroe, the two species are different. Thismia aseroe has a prominently raised annulus and small teeth alternating with the tepals, which make it appear different to the naked eye. The structure of the connectives is also strikingly different between the two species (for comparison see Groom 1895 and Fig. 2).

Fig. 4.

A: Bayesian phylogeny tree based on five-locus analysis of a wider Old World species set. – B: Bayesian phylogeny tree of Thismia sect. Thismia and T. sect. Sarcosiphon based on ITS sequences. – Posterior probabilities are shown above the branches.


Although no variation was detected among the seven studied specimens (six of them from Kubah) at the ITS locus (see also Fig. 4B), one SNP was detected at each of the SSU and matR loci in the Santubong population (Fig. 4A). Such a small difference, of course, cannot have consequences in taxonomy, but it implies that the species exhibits some small geographical genetic variation. Nevertheless, no significant variability in phenotype was observed.

Additional material examined — BORNEO, SARAWAK (MALAYSIA): 1st Division, Bau, Tai Ton, 2 Jan 1977, P. J. Martin 38504 (SAR); 1st Division, Bau, limestone hill behind lake, 11 Nov 1989, P. Cribb 89/16 (K); Bau, Seburan, 8 Jun 1966, J. A. R. Anderson 25524 (SAR); Matang National Park, Sungai Rayu, 150 m a.s.l., 21 Oct 1998, L. Caddick, V. B. Kasik, D. Jude, M. Kapi LRC 349 (SAR); Kubah National Park, Matang Wildlife Centre, near the crocodile cage, WGS 84: 01°36′31″N, 110°09′42″E, 45 m a.s.l. 9 Feb 2019, Sochor, Hroneš & Dančák BOR55/19 (only DNA material, no voucher specimen); Kubah National Park, 0.8 km SW of headquarters, WGS 84: 01°36′25″N, 110°11′30″E, 235 m a.s.l., 9 Feb 2019, Sochor, Hroneš & Dančák BOR56/19 (only DNA material, no voucher specimen); Kubah National Park, 30 m SW of Park hostel, WGS 84: 01°36′42″N, 110°11′43″E, 170 m a.s.l., 9 Feb 2019, Sochor, Hroneš & Dančák BOR58/19 (only DNA material, no voucher specimen); Gunung Santubong, along contour trail, WGS 84: 01°43′55″N, 110°19′34″E, c. 300 m a.s.l., 8 Feb 2019, Sochor, Hroneš & Dančák BOR54/19 (OL).

Thismia coronata Hroneš, Dančák & Sochor, sp. nov.Fig. 5, 6 & 7.

Holotype: Malaysia, Sarawak, Limbang Division, Lawas District, Long Tuyo village, primary forest between camps 1 and 2 on trail to Paya Maga mountain plateau, WGS 84: 04°26′37″N, 115°33′07″E, elevation 1305 m a.s.l., 29 Jan 2019 Sochor, Hroneš & Dančák BOR11/19 (SAR! [in spirit]; isotype: OL! [pressed specimen]).

DiagnosisThismia coronata differs from T. kelabitiana by the shape of outer tepals (entire with a single tooth in the middle vs deeply divided into several acute lobes), mitre apex (without tetrahedral depressions on upper surface vs with tetrahedral depressions on upper surface), smaller size of flower (1.8–2.3 cm vs 2.6–2.8 cm long) and flower colour (dark yellow to orange across whole flower vs white floral tube and bright yellow upper parts).

Description — Achlorophyllous herb, 4.5–8 cm tall. Roots coralliform, short, clustered, light brown. Stem 2.4–4.2 cm long, erect (or sometimes ascending), unbranched or sparsely branched in upper part (branches developing after anthesis), indistinctly longitudinally ribbed, reddish brown to orange, bearing 1–6 flowers. Leaves 4–11, spirally arranged, appressed, scale-like, triangular, acute to acuminate, entire, 2–5 mm long, 1–2 mm wide at base, light brown to reddish. Bracts 3, lanceolate-triangular, entire to irregularly dentate, 4–8 × 2–3 mm, reddish to brown. Flowers sessile, actinomorphic, 1.8–2.3 cm long; floral tube funnel-shaped toward base, urceolate at apex, widest (0.7–1 cm) in upper quarter, dark yellow to orange throughout, with 6 brown-orange prominent longitudinal ribs alternating with 6 brown-orange longitudinal stripes on outer surface, inner surface with a weakly net-like pattern, especially toward apex. Tepals 6; outer 3 tepals falcate, c. 2 mm long, 6–7 mm wide, entire or slightly sinuate at margin, sometimes somewhat wavy, usually with a single tooth in centre, bright orange, arranged in one plane and together forming fringe around mouth of floral tube, 0.9–1.2 cm in diam.; inner 3 tepals orange, pillar-like and arched over floral tube, connate at apex and forming a rather flat triangular mitre 5–7 mm wide, proximal part of tepal 0.5–0.9 mm long, c. 1 mm wide, distal part of tepal ± flat with 3 joined ribs. Annulus absent. Stamens 6, pendent from floral tube aperture; filaments orange, curved downward, with bases slightly protruding above floral tube apex, not connate and forming 6 lateral apertures visible from upper side; connectives broad, laterally connate to form a tube, 5–6 mm long, each with prominent longitudinal rib extending along whole length of inner side of connective, apex of each connective white to bluish, with 1 central lobe (extension of rib) and 2 smaller lobes, each lobe bearing 1 very long transparent trichome; lateral appendage box-shaped, protruding toward floral tube, not reaching apex of connective, shallowly dentate and hairy on apical margin, with tufts of hairs on lateral margins, yellow-tinted; thecae creamy, surrounded by tufts of glandular hairs; interstaminal glands inserted on line of fusion between connectives. Ovary inferior, obconic, dark brown, covered by bracts, placentae 3, ovules numerous, anatropous; style short; stigma 3-lobed, papillose, lobes ± rectangular, longitudinally furrowed. Capsule cup-shaped, 5–7 mm in diam., pale brown to reddish at maturity; fruiting pedicel 10–25 mm long. Seeds numerous, light brown, ellipsoid.

Fig. 5.

Thismia coronata – A: lateral view of flower; B: apical view of flower; C: habit of flowering plant; D: stigma; E: outer view of stamens; F: inner view of stamens. – From Sochor & al. BOR11/19 (A–H). – Drawn by Kateřina Janošíková.


DistributionThismia coronata is known only from the type locality and its close surroundings in the Paya Maga mountain range in northern Sarawak (Fig. 3). At least 40 individuals were recorded at the locality.

HabitatThismia coronata occurs in lower montane primary tropical rainforest at an altitude around 1300 m a.s.l. It was found in relatively humid forest with dense understorey (Fig 7C). A variety of other mycoheterotrophic species were abundant at the type locality and surroundings, including Burmannia lutescens Becc. agg. (Burmanniaceae), Cystorchis aphylla Ridl. (Orchidaceae), Epirixanthes kinabaluensis T. Wendt, E. pallida T. Wendt (both Polygalaceae), Exacum tenue (Blume) Klack. (Gentianaceae), Lecanorchis multiflora J. J. Sm. (Orchidaceae), Sciaphila arfakiana Becc., Sciaphila sp. (both Triuridaceae) and Thismia viridistriata Sochor, Hroneš & Dančák. Herbaceous vegetation was otherwise sparse.

Fig. 6.

Thismia coronata – A: flower prior to anthesis; B, C, D: overall appearance; E: apical view of flower; F: stigma; G: roots; H: outer bottom view of stamen. – Finest grid spacing in D and G = 1 mm. – From Sochor & al. BOR11/19 (A–H).


Fig. 7.

Thismia coronata – A: connective tube viewed from lower side; B: floral tube apex and opening showing 6 lateral apertures between stamens; C: type locality, 29 Jan 2019, photograph by M. Sochor. – From Sochor & al. BOR11/19 (A–C).


Conservation statusThismia coronata is endemic to Borneo and the only known population occurs outside national parks and other protected areas. The number of mature individuals observed is fewer than 50. The extent of occurrence cannot be estimated because the species is known only from the type locality and its area of occupancy (AOO) is estimated to be only 4 km2. Thismia coronata is therefore assigned a preliminary status of CR (B2ab(iii); D) according to the IUCN Red List categories and criteria (IUCN 2012).

Etymology — The specific epithet is the feminine form of the Latin adjective coronatus (crowned), which reflects the shape and colour of the tepals resembling a royal crown.

RemarksThismia coronata superficially resembles T. kelabitiana mostly by its colour, which is, nevertheless, darker and nearly homogeneous across the flower. However, the flower shape is similar to T. goodii Kiew, which differs in colour (blue tepals and white floral tube with a green tinge), smaller mitre and hairless apex of the connective. These three species (T. coronata, T. goodii and T. kelabitiana) are clearly closely related (see also Fig. 4), forming a morphologically distinct group within T. sect. Sarcosiphon. They share the well-developed outer tepals that are wider than long, trilobed apex of the connective and a prominent central rib along the inner side of the connective. Thismia goodii is almost sympatric with T. coronata: it is known from a nearby site only 1.5 km away (Ampeng & al. 2013). All three species occur in the highlands of northern Borneo and have no apparent relatives outside this region. Interestingly, this group bears some similarities to the group of T. clavigera (Becc.) F. Muell. (see also Dančák & al. 2018). Although both groups are superficially rather different, primarily due to the three mitre appendages present in the T. clavigera group, the structure of the stamens is somewhat similar in both groups because the filaments reach the floral opening (which has no annulus) and the connectives have a prominent central rib along their inner side.

Additional material examinedBorneo, Sarawak (Malaysia): Limbang Division, Lawas District, Long Tuyo village: primary forest between camps 1 and 2 on trail to Paya Maga Mountain plateau, WGS 84: 04°26′36″N, 115°33′04″E, elevation c. 1280 m a.s.l., 29 Jan 2019 Sochor, Hroneš & Dančák BOR13/19 (only DNA material, no herbarium specimen).


We thank the curators of the herbaria K and SAR for providing access to their collections. We are grateful to Dawat Barok and his family for guidance in the field and Kateřina Janošíková for the line drawings. We gratefully acknowledge Chien Lee for sharing distributional data and photographs of Thismia ornata, field assistance and logistic arrangements. MH was supported by an internal fund of Palacký University no. IGA Prf-2020-003. MS was supported by grant no. RO0418 from the Ministry of Agriculture of the Czech Republic. MD was supported by a grant from the Ministry of Education, Youth and Sports of the Czech Republic INTER-TRANSFER LTT17017. The research was conducted under permit no. (298)JHS/NCCD/600-7/2/107 issued by the Sarawak Forestry Department. We also thank Kenji Suetsugu (Department of Biology, Graduate School of Science, Kobe University) and two anonymous reviewers for their comments on an earlier version of this article.



Ampeng A., Meekiong K., Sapuan A., Mohamed H., Hamden N. & Madeline G. P. 2013: Paya Maga – Sarawak's pristine higland forest. – Kuching: Forest Department Sarawak & Kota Samarahan: Universiti Malaysia Sarawak. Google Scholar


Caddick L. R., Rudall P. J. & Wilkin P. 2000: Floral morphology and development in Dioscoreales. –  Feddes Repert. 111: 189–230. Google Scholar


Chantanaorrapint S. 2018: Lectotypification of Thismia arachnites (Thismiaceae), a mysterious species newly reported for Thailand. –  Kew Bull. 73: 43 [1–4]. Google Scholar


Chantanaorrapint S. & Suddee S. 2018: Thismia thai-thongiana (Dioscoreaceae: Thismieae), a new species of mycoheterotroph from an unusual habitat. –  Phytotaxa 333: 287–292. Google Scholar


Dančák M., Hroneš M. & Sochor M. 2020: Thismia minutissima (Thismiaceae), an enigmatic new mycoheterotrophic species from Sarawak, Borneo. – Kew Bull. [in press]. Google Scholar


Dančák M, Hroneš M., Sochor M., Kobrlová L., Hédl R., Hrázský Z., Vildomcová A., Sukri R. S. & Metali F. 2013: A new species of Thismia (Thismiaceae) from Brunei Darussalam, Borneo. –  Phytotaxa 125: 33–39. Google Scholar


Dančák M., Hroneš M., Sochor M. & Sochorová Z. 2018: Thismia kelabitiana (Thismiaceae), a new unique fairy lantern from Borneo potentially threatened by commercial logging. –  PLoS ONE 13: e0203443. Google Scholar


Eyre-Walker A. & Gaut B. S. 1997: Correlated rates of synonymous site evolution across plant genomes. –  Molec. Biol. Evol. 14: 455–460. Google Scholar


Fehland L. 2019: Lars Fehlandt • Wildlife Expeditions & Nature Photography. – Published at [accessed 5 Sep 2019]. Google Scholar


Groom P. 1895: On Thismia aseroe (Beccari) and its mycorhiza. –  Ann. Bot. (Oxford), o.s., 9: 327–361. Google Scholar


Hroneš M., Rejžek M., Sochor M., Svátek M., Kvasnica J., Egertová Z., Pereira J. T., Nilus R. & Dančák M. 2018: Two new species of Thismia subsect. Odoardoa (Thismiaceae) from Borneo. –  Pl. Ecol. Evol. 151: 110–118. Google Scholar


IUCN 2012: IUCN Red List categories and criteria. Version 3.1, ed. 2. – Gland & Cambridge: IUCN. Google Scholar


Jonker F. P. 1948: Burmanniaceae. – Pp. 13–26 in: van Steenis C. G. G. J. (ed.), Flora malesiana, ser. I, 4. –Leiden: Noordhoff-Kolf. Google Scholar


Kuzoff R. K., Sweere J. A., Soltis D. E., Soltis P. S. & Zimmer E. A. 1998: The phylogenetic potential of entire 26S rDNA sequences in plants. –  Molec. Biol. Evol. 15: 251–263. Google Scholar


Merckx V. S. F. T., Freudenstein J. V., Kissling J., Christenhusz M. J. M., Stotler R. E., Crandall-Stotler B., Wickett N., Rudall P. J., Maas van de Kamer H. & Maas P. J. M. 2013:  Taxonomy and classification. – Pp. 19–101 in: Merckx V. S. F. T. (ed.), Mycoheterotrophy: the biology of plants living on fungi. – New York: Springer. Google Scholar


Nishioka T., Suetsugu K., Repin R. & Kitayama K. 2018: Thismia kinabaluensis (Thismiaceae), a new species from Mt. Kinabalu, Sabah, Borneo. –  Phytotaxa 360: 174–178. Google Scholar


Ronquist F., Teslenko M., van der Mark P., Ayres D. L., Darling A., Hohna S., Larget B., Liu L., Suchard M. A. & Huelsenbeck J. P. 2012: MrBayes 3.2: efficient Bayesian phylogenetic inference and model choice across a large model space. –  Syst. Biol. 61: 539–542. Google Scholar


Siti-Munirah M. Y. 2018: Thismia kelantanensis (Thismiaceae), a new species from Kelantan, Peninsular Malaysia. –  Kew Bull. 73: 42 [1–6]. Google Scholar


Siti-Munirah M. Y. & Dome N. 2019: Thismia domei and T. terengganuensis (Thismiaceae), two new species, and T. javanica, a new record from Terengganu, Peninsular Malaysia. –  PhytoKeys 124: 123–137. Google Scholar


Sochor M., Hroneš M. & Dančák M. 2018: New insights into variation, evolution and taxonomy of fairy lanterns (Thismia, Thismiaceae) with four new species from Borneo. –  Pl. Syst. Evol. 304: 699–721. Google Scholar


Stevens P. F. 2001+: Angiosperm Phylogeny Website. Version 14, July 2017 [and more or less continuously updated since]. – Published at [accessed 5 Sep 2019]. Google Scholar


Suetsugu K., Nakanishi O., Kobayashi T. & Kurosaki N. 2018a: Thismia kobensis (Burmanniaceae), a new and presumably extinct species from Hyogo Prefecture, Japan. –  Phytotaxa 369: 121–125. Google Scholar


Suetsugu K., Tsukaya H., Nurainas N. & Okada H. 2018b: Thismia sumatrana (Thismiaceae), a new species from West Sumatra, Indonesia, with discussions on the taxonomic identity of Thismia clavigera. –  PhytoKeys 113: 59–67. Google Scholar


Suetsugu K., Tsukaya H., Tagane S., Chhang P., Yukawa T. & Yahara T. 2018c: Flora of Bokor National Park VII: Thismia bokorensis (Burmanniaceae), a new species representing a new generic record. –  Phytotaxa 334: 65–69. Google Scholar


Tanaka N., Aung M. M. & Latt M. M. 2018: Thismia breviappendiculata (Thismiaceae), a new mycoheterotrophic plant from southern Myanmar. – Bull. Natl. Mus. Nat. Sci., Tokyo, B, 44: 67–72. Google Scholar


Thiers B. 2019+ [continuously updated]: Index herbariorum: a global directory of public herbaria and associated staff. New York Botanical Garden's virtual herbarium. – Published at [accessed 15 Dec 2019]. Google Scholar


Tsukaya H., Suetsugu K. & Suleiman M. 2017: Thismia bryndonii (Thismiaceae), a new species from Maliau Basin, Sabah, Borneo. –  Phytotaxa 312: 135–138. Google Scholar


White T. J., Bruns T., Lee S. & Taylor J. W. 1990:  38 – Amplification and direct sequencing of fungal ribosomal RNA genes for phylogenetics. – Pp. 315–322 in: Innis M. A., Gelfand D. H., Sninsky J. J. & White T. J. (ed.), PCR protocols: a guide to methods and applications. – New York: Academic Press, Inc. Google Scholar
© 2020 The Authors · This open-access article is distributed under the CC BY 4.0 licence
Martin Dančák, Michal Hroneš, and Michal Sochor "Thismia ornata and T. coronata (Thismiaceae), two new species from Sarawak, Borneo," Willdenowia 50(1), 65-76, (10 March 2020).
Received: 16 September 2019; Accepted: 20 December 2019; Published: 10 March 2020
new species
Thismia aseroe
Back to Top