Showing posts with label Asparagaceae. Show all posts
Showing posts with label Asparagaceae. Show all posts

Wednesday, November 27, 2024

[Botany • 2024] Echinoagave nievesiorum (Asparagales: Agavaceae) • A New Species from the Sierra Madre Occidental, Jalisco, Mexico

 

Echinoagave nievesiorum  A. Vázquez, A.T. Nuño, Cházaro, Padilla-Lepe & García-Mor., 

in Vázquez-García, Nuño-Rubio, García-Morales, Lomelí-Hernández, Cházaro-Basañez, Padilla-Lepe, Cristóbal-Gabriel,  Hernández-Vera et Muñiz-Castro, 2024. 
 
Abstract
Echinoagave nievesiorum (Agavaceae, Asparagales), a new species endemic to the Sierra Wixárika (Huichola), part of the Sierra Madre Occidental, Jalisco, Mexico, is described. This species shares morphological characteristics with Echinoagave rzedowskiana but it differs from the latter by having narrower and striate leaves; leaf sheaths shorter, triangular and wider at the base; narrower ovary width; shorter tube length; tepal lobes at anthesis converging and tightening the filaments; larger filament length to flower length ratio; fruiting spikes thicker and denser with the peduncle covered by the capsules and the bracts usually deciduous; capsules broadly ellipsoid with dorsally blackish valves. A distribution map with biogeographic provinces is provided to place the species in an ecological and evolutionary context.

Allopatric speciation, endemic, Group Striatae, Sierra Huichola, subgen. Littaea, Monocots

  Echinoagave nievesiorum.
A. fruiting rosette on top of Sierra Wixárika, Cerro El Gallo, Bolaños, Jalisco. B. Stages of flower and inflorescence development, from a specimen cultivated at Huentitán El Alto, Jalisco, México.
C. Miguel Cházaro on Cerro El Gallo, Bolaños, Sierra Wixárika. D. At moist vertical cliffs with Dasylirion acrotrichum and Brahea sarukhanii at El Nalgazo, Bolaños,
Photographs: A by M. Chazaro, B by A.T. Nuño-R. (April 2021); C & D by J.A. Vázquez-García (April 2004 and October 2022, respectively).

Echinoagave nievesiorum A. Vázquez, A.T. Nuño, Cházaro, Padilla-Lepe & García-Mor. sp. nov.

Diagnosis:—Echinoagave nievesiorum shares with E. rzedowskiana a similar rosette size and cespitose habit, rigid leaves, length of flowers, ovaries, tepal lobes, and size of capsules; however, it differs from the latter by having mature leaves bluish-white to whitish (vs. pale-green to green), narrower at the widest part (12.0–12.5 mm vs. 13.0–14.0 mm), and narrower at the middle of the leaves (6.0–6.5 mm vs. 7.0–10.0 mm); leaf sheaths shorter (9.0–11.0 mm vs. 28.0–34.0 mm), triangular and wider at the base (vs. rectangular and wider above the base); inflorescences usually straight and erect, sometimes vertically-curved or geniculate, rarely dropping (vs. usually horizontally-curved, often dropping and sinuous) narrower ovary width (4.5–5.1 mm vs. 5.7–7.5 mm); shorter tube length (5.5–6.4 mm vs. 7.0–10.0 mm); tepal lobes at anthesis converging and tightening the filaments (vs. diverging and not tightening the filaments); larger filament length to flower length ratio (2.0–2.3 vs. 1.8–1.9); fruiting spike narrowly pyramydal thicker (3.5–4.5 cm vs. 2.4–2.5 cm) and denser with the peduncle covered by the capsules and the bracts usually deciduous (vs. cylindroid, slim and lax, with the peduncle conspicuous and the bracts usually persistent); mature capsules broadly ellipsoid with dorsally blackish and opaque valves (vs. broadly ovoid, slightly depressed, with dorsally light brown and shiny valves) (Table 1).

Etymology:—The specific epithet honors the family members of Prof. Gregorio Nieves Hernández, who have contributed notably for over a decade to the knowledge of vascular flora and ethnobotany of the Sierra Wixarika.

 
J. Antonio Vázquez-García, Ana T. Nuño-Rubio, Leccinum Jesús García-Morales, Juan Luis Lomelí-Hernández, Miguel. J. Cházaro-Basañez, Jesús Padilla-Lepe, Saúl Cristóbal-Gabriel, Gerardo Hernández-Vera and Miguel A. Muñiz-Castro. 2024. Echinoagave nievesiorum (Agavaceae, Asparagales): A New Species from the Sierra Madre Occidental, Jalisco, Mexico.  Phytotaxa. 647(2); 144-158. DOI: doi.org/10.11646/phytotaxa.647.2.2 

Monday, November 25, 2024

[Botany • 2024] Ornithogalum christiniae (Asparagaceae) • A New Species from an offshore islet on the Cretan Area (S. Aegean, Greece)


Ornithogalum christiniae  

in Kypriotakis, Tzanoudakis et Antaloudaki. 2024. 

Abstract
Ornithogalum christiniae sp. nov., collected from the offshore islet of Agria Gramvousa (northwestern Crete, Greece), is described and illustrated as a locally endemic species. It is related to Ornithogalum montanum, O. atticum and O. pumilum, however, it differs from these in having wrinkled and corrugated leaf surface, fruiting pedicels thickened at base, flexuose rachis of infructescence and winged capsules. The relationships between the new species and the aforementioned are discussed, while information regarding its ecology, conservation status and karyotype is also given.

Keywords: Aegean Flora, island specialists, karyotypes, new species, Ornithogalum, taxonomy

Ornithogalum christiniae sp. nov. (Asparagaceae).
 (A) Plant habit at the stage of anthesis. (B) plant habit at the stage of fruit, (C) flower shape (apical and bottom view),
(D) leaf surface structure showing the differences between O. montanum leaf (left) and O. christiniae leaf (right).

Ornithogalum christiniae sp. nov. 

Diagnosis: A species showing some similarities with O. montanum, and to a lesser extent with O. atticum and O. pumilum, in having bulbs with concrescent scales, leaves more than 5 mm wide without a white stripe, a short raceme that is corymbiform at anthesis, entire filaments and hypogeal germination, however, it differs from these three species in having spherical to sub-spherical bulbs, wrinkled and corrugated leaf surface, basally thickened fruiting pedicel and winged capsules.

Etymology: The species epithet is dedicated to Dr Christini Fournaraki, Mediterranean Agronomical Institute of Chania (CIHEAM-MAICh), a well-known botanist and fellow in fieldwork.

 
Zacharias Kypriotakis, Dimitrios Tzanoudakis and Eleftheria Antaloudaki. 2024. Ornithogalum christiniae (Asparagaceae): A New Species from an offshore islet on the Cretan Area (S. Aegean, Greece). Nordic Journal of Botany.DOI: doi.org/10.1111/njb.04485

Tuesday, October 8, 2024

[Botany • 2024] Lomandra scabrifolia & L. tenuis (Asparagaceae: Lomandroideae) • Two New Species from north Queensland, Australia


Lomandra scabrifolia Jian Wang ter & B.Gray,  

in Wang et Gray. 2024. 
Photos by B. Gray.
 
Abstract
Lomandra scabrifolia Jian Wang ter & B.Gray, sp. nov. and Lomandra tenuis Jian Wang ter & B.Gray, sp. nov. from north Queensland, Australia are described, illustrated and compared to the morphologically and phylogenetically closely related species. Notes are provided on their distributions including a map, habitat, phenology and affinities. Their conservation status is also assessed.

Flora of Australia, Flora of Queensland, taxonomy, new species, Monocots


Lomandra scabrifolia.
A. Tufted plant. B. Leaf tips. C. Male flowers. D. Female flowers. E. Fruit.
Photos by B. Gray.

Lomandra scabrifolia Jian Wang ter & B.Gray, sp. nov.

Lomandra tenuis Jian Wang ter & B.Gray, sp. nov.


Jian Wang and Bruce Gray. 2024. Two New Species of Lomandra (Asparagaceae: Lomandroideae) from north Queensland, Australia.  Phytotaxa. 646(3); 293-300. DOI: doi.org/10.11646/phytotaxa.646.3.5 

Thursday, August 8, 2024

[Botany • 2024] Aspidistra erythropoecila, A. polypetala, etc. • Five New Species of Aspidistra (Asparagaceae) from Guangxi, China



in Lin, Lu, Pan, Wan, Xu et Liu, 2024. 
 
Abstract
This paper continues the publication of Aspidistra species newly discovered in the flora of China. It includes five new species of Aspidistra (Asparagaceae), namely A. longjiangensis, A. erythropoecila, A. duanensis, A. yachangensis and A. polypetala, all from Guangxi, China, are described and illustrated. The morphology, ecology, phenology, distribution, conservation status and the color illustrations are provided for all five taxa.

floral structure, limestone endemism, new taxa, plant diversity, Monocots





Chun-Rui Lin, Zhao-Cen Lu, Bo Pan, Xin-Yu Wan, Wei-Bin Xu and Yan Liu. 2024. Five New Species of Aspidistra (Asparagaceae) from Guangxi, China.  Phytotaxa. 652(2); 100-114. DOI: doi.org/10.11646/phytotaxa.652.2.2
x.com/ChinaScience/status/1821275119425048872

Thursday, July 25, 2024

[Botany • 2024] Peliosanthes meghalayensis (Asparagaceae) • A New Species from Meghalaya, NE India


Peliosanthes meghalayensis D.Borah & N.Tanaka,

in Borah et Tanaka, 2024. 
 
Highlights
• Peliosanthes meghalayensis, a new species from Wari Chora gorge in Meghalaya, NE India, described and illustrated.
• Similar to P. pumila from Khasia, NE India, but differs chiefly by knobby rhizome, broader leaf blades, closer transversal veinlets, slightly larger cernuous flowers, and pistils with 6 distinct ridges.
• P. subspicata, a rare plant is rediscovered in Assam, NE India, known only by old collections made in NE India and Bangladesh in the 19th century.
• Supplemental description and illustration based on living collections provided.
• P. bipiniana treated as conspecific with P. subspicata.

Abstract
Peliosanthes meghalayensis, a new species from Wari Chora gorge in Meghalaya, NE India, is described and illustrated. It is similar to P. pumila from Khasia, NE India, in its small habit and having flowers fewer than 10, but differs chiefly by the knobby rhizome, broader leaf blades with closer transversal veinlets, slightly larger cernuous flowers, and pistils with 6 distinct ridges. On the other hand, in Assam, NE India, we rediscovered P. subspicata, which had been known only by old collections made in NE India and Bangladesh in the 19th century. We supplementarily describe and illustrate it based on living collections. We treated P. bipiniana as conspecific with P. subspicata.
 
Keywords: Peliosanthes, Northeast India, New species, Taxonomy, Morphology, Synonymy



 Peliosanthes meghalayensis D.Borah & N.Tanaka, sp. nov.




Dipankar Borah and Noriyuki Tanaka. 2024. Peliosanthes meghalayensis (Asparagaceae), A New Species from Meghalaya, NE India, and synonymization of P. bipiniana with P. subspicataFlora. 317, 152569. DOI: doi.org/10.1016/j.flora.2024.152569

Thursday, June 6, 2024

[Botany • 2024] Muscari zagricum (Asparagaceae: Scilloideae) • A unique New Species from Iran


Muscari zagricum Eker, Alipour & Majidi, 

in Alipour, Majidi et Eker, 2024. 

Abstract
A new species, Muscari zagricum Eker, Alipour & Majidi (Asparagaceae) from Iran, is described and illustrated. It has no closely related species, and is partly similar to M. pseudopallens and M. pallens, but differs from them mainly in morphological characters such as outer tunic color, raceme shape and density, pedicels no extending when in fruit, shape of fertile flowers with shouldered and grooved, color when dry, color of lobes, strongly compressed capsule valves, as well as flowering time and habitat characteristics. In this study, a comprehensive description, diagnostic characters, original photographs, geographical distribution, conservation assessment, and taxonomic comments on the new species are presented.

Darreh Shahr, Ilam province, Iran, Muscari pallensMuscari pseudopallens, New taxon, taxonomy, Zagros Mountains, Monocots


Muscari zagricum Eker, Alipour & Majidi 


Sajad Alipour, Ramiar Majidi and İsmail Eker. 2024. Muscari zagricum (Asparagaceae, Scilloideae), A unique New Species from Iran.  Phytotaxa. 652(2); 133-141. DOI: 10.11646/phytotaxa.652.2.5

Monday, May 27, 2024

[Botany • 2024] Leopoldia nigdeensis (Asparagaceae: Scilloideae)The Last Missing Species born of A Confusing Puzzle: A New Species from Türkiye


 Leopoldia nigdeensis  Eker & Eroğlu, 

in Eker et Eroğlu, 2024. 
‘Niğde Morbaşı’  ||  DOI: 10.11646/phytotaxa.635.1.3 
 
Abstract
The concept of Muscari massayanum (=Leopoldia massayana), previously treated by Davis & Stuart in the Flora of Turkey, was found to be a mixed species assemblage and included the species Muscari erdalii (=Leopoldia erdalii) and Muscari erzincanicum (=Leopoldia erzincanica), which arose from this confusion. However, in the latest evaluations by the authors of this article, the last missing piece of the confusing puzzle has been put forward in this study. Thus, a new species Leopoldia nigdeensis from Anatolia is described in this study. The new species is morphologically partly similar to Leopoldia massayana, L. erzincanica, L. oztasii, L. tenuiflora and L. erdalii, but differs from all of them with clear features in flower, fruit and seed characteristics.

Anatolia, Bolkar Mountains, Leopoldia erzincanicaLeopoldia massayana, new taxon, Niğde, seed, taxonomy, Monocots



Leopoldia nigdeensis Eker & Eroğlu
‘Niğde Morbaşı’


İsmail Eker and Hüseyin Eroğlu. 2024. The Last Missing Species born of A Confusing Puzzle: Leopoldia nigdeensis (Asparagaceae, Scilloideae), A New Species from Türkiye. Phytotaxa. 635(1); 59-74. DOI: 10.11646/phytotaxa.635.1.3

Wednesday, May 8, 2024

[Botany • 2024] Behria leonis (Asparagaceae: Brodiaeoideae) • A New Cryptic Species from the Baja California peninsula, Mexico

 

Behria leonis  E. Gándara & Ruiz-Sanchez, 

 Gándara, Ortiz-Brunel, Gómez-Hernández et Ruiz-Sánchez, 2024. 
 
Abstract
Behria is a genus of petaloid geophytes endemic to the Cape Region of Baja California Sur, Mexico. It belongs to the Milla clade within the subfamily Brodiaeoideae of the Asparagaceae family. Currently, Behria tenuiflora is the only recognized species within this genus. In our methodological approach, we considered two distinct floral morphotypes: Group A consists of populations found at lowland elevations (10–150 m), while Group B comprises plants growing at mid to high elevations (400–2060 m). The aim of our study was to investigate whether there are discernible morphological differences and correlations with climate variables between Behria Group A and Group B. To address this, we measured nine quantitative characters for 94 plants from seven populations of Behria tenuiflora. Our findings revealed statistically significant differences (P < 0.05) in pedicel length, perianth length, perianth base diameter, and perianth aperture diameter of the analyzed Behria groups. Based on these results, we propose the recognition of Behria leonis as a new species. Additionally, we provide a morphological key for distinguishing Behria and Bessera genera, along with illustrations, a distribution map, and photographs.

Key words: Bessera, geophytes, morphological data, climatic preferences, Sierra de la Laguna 
 
Behria leonis (A, C, E), B. tenuiflora (B, D, F).
A. Butterfly (Phoebis sennae) visiting flowers. B. Inflorescence view. C. Close up to hypocrateriform flowers. D. Close up to tubular flowers. E- F. Dissected flowers, external and internal views.

Behria leonis. A. Complete plant with corms, leaves, inflorescence and flowers. B. Inflorescence, flowers and fruits. C. Dissected flower, external and internal views.
Illustration by Miguel Jiménez, based on E. Gándara et al. 3298.

Behria leonis E. Gándara & Ruiz-Sanchez sp. nov., 

 TYPE:—MEXICO. Baja California Sur: Municipio, La Paz, Sierra de La Laguna, Km 11 brecha a Termopilas, Ejido San Antonio, adelante de San José del Rancho, 23.702688, -109.985759, elevation 690 m, 23 September 2021, deciduous tropical forests, E. Gándara et al. 3299 (holotype IBUG!). 

Behria leonis differs from B. tenuifolia in having a longer perianth (2.2–3.2 cm vs. 1.7–2.6 cm) , a wider perianth aperture (8.5–14.3 mm vs. 3.1–6.4 mm), a narrower perianth base (3.9–6.3 mm vs. 4.6–8 mm), hypocrateriform flowers instead of tubular flowers, and perianth slightly saccate at the base vs. perianth prominently saccate.


Etymology:—The species epithet “leonis” is named in honor of the Mexican botanist José Luis León de la Luz. He is a highly regarded researcher who retired from CIBNOR (Centro de Investigaciones Biológicas del Noroeste S.C.) and is known as the foremost botanist in Southern Baja California Sur. Throughout his career, José Luis León de la Luz has extensively collected thousands of plants in the region and has made significant contributions to the field of botany. Notably, he played a role in neotypifying Behria tenuiflora, ensuring a standardized reference specimen for future studies. Furthermore, he collaborated on projects involving the extraction and identification of alkaloids from this species, contributing to the understanding of its chemical composition.


Etelvina Gándara, Juan Pablo Ortiz-Brunel, Marko Gómez-Hernández and Eduardo Ruiz-Sánchez. 2024. A New Cryptic Species in Behria (Asparagaceae, Brodiaeoideae), from the Baja California peninsula, Mexico.  Phytotaxa. 646(3); 213-229. DOI: 10.11646/phytotaxa.646.3.1


Saturday, May 4, 2024

[Botany • 2022] Agave rosalesii (Asparagaceae: Agavoideae) • A New Species from the Mixteca Alta of western Oaxaca, Mexico


Agave rosalesii A. Vázquez, Thiede, Etter & Kristen, 

 in Vázquez-García, Thiede, Etter et Kristen, 2022. 
facebook.com: Santiago Rosales

Abstract
Background: Agave ellemeetiana (A. sect. Choritepalae) features soft and “spineless” leaves and occurs in two disjunct and ecologically differentiated populations classified as subspecies. An incidental look at the flowers of Aellemeetiana ssp. subdentata unveiled that these did not match those of A. ellemeetiana s. str. nor those of sect. Choritepalae.

Questions: Do these disjunct populations differ in flower and fruit morphology? Do they belong to the same section within Agave?

Hypotheses: The floral morphology of populations of Agave ellemeetiana ssp. subdentata from western Oaxaca places this species in A. sect. Inermes, and the set of qualitative and quantitative differences is sufficient to recognize it as a distinct species.

Studied species: Agave ellemeetiana, Agave pedunculifera.
Study site and dates: Putla District, western Oaxaca, December 2011 and April 2014.
Methods: We conducted an alpha-taxonomic study of the Agave ellemeetiana species complex, involving two fieldwork expeditions, review of literature, online images, and herbarium specimens.

Results: Differences in flower, fruit and vegetative morphology and habitat support the segregation of the populations (from the Putla District, Oaxaca) from the Agave ellemeetiana complex as a new species, A. rosalesii spec. nov. The presence of an evident corolla tube places the proposed taxon close to A. pedunculifera and within A. sect. Inermes.

Conclusions: The populations from the Putla District are sufficiently distinct in their morphology and ecology to merit recognition as a new species, Agave rosalesii, placed in A. sect. Inermes.

Keywords: Agave ellemeetiana subsp. subdentataAgave sect. ChoritepalaeAgave sect. Inermes, corolla tube, endemic, montane pine-oak forest

Agave rosalesii A. Vázquez, Thiede, Etter & Kristen. 
 A. Habit. B. Rosette. C. Leaf margin. D. Terminal spine. E. Capsules. F. Peduncle segment. G. Inflorescence segment. H. Flower bud. I. Fully developed flower. J. Geminate flowering node. K. Dissected flower.
Mostly from photographs by Julia Etter & Martin Kristen, 
except E. from E. Solano w/ R. Ríos 1976 (MEXU). 
Illustration by Edgar Esau Vázquez-Verdejo.

Agave rosalesii A. Vázquez, Thiede, Etter & Kristen. 
A. Geminate flowering node with outer and inner floral bracts (bracteoles). B. Dissected flower showing corolla tube and ovary. C. Inflorescence close up. D. Leaf showing a terminal spine. E. Habitat. F. Habit in full bloom. G. Rosettes. H. Leaf margin.
Photographs by Julia Etter & Martin Kristen.


Agave rosalesii A. Vázquez, Thiede, Etter & Kristen, spec. nov.

Agavero salesii is also similar to Agave pedunculifera in having non-offsetting rosettes, a denticulate leaf margin, a distinct corolla tube, a similar tepal lobe size and anther length, but it differs from the latter in having leaves broadly oblanceolate to rarely elliptic vs. mostly ovate-acuminate or lanceolate; leaf size 43.0-60.0 × 14.0-30.0 cm (vs. 80.0-90.0  ×  11.0-15.0  cm);  leaf  length  to  width  ratio  2.6-3.2  (vs.  5.2);  terminal  spine  2.0-3.0  mm  long  (vs.  10.0  mm);  inflorescence 3.2-3.5 m long (vs. 2.0-3.0 m); pedicels 4.0-5.0 mm long (vs. 20.0-30.0 mm); flower length 3.3-3.5 cm (vs. 3.7-5.2 cm); flower color yellow (vs. pale yellow); tepal lobes reflexed rolled, 19.0-22.0 × 6.5-7.0 mm (vs. erect, 12.0-18.0 × 5.0-6.0 mm); number of flowers per node 2 (vs. 4), filaments 60.0-65.0 mm long (vs. 40.0-55.0 mm); and style 40.0-53 mm long (vs. 20-27 mm) (Table 1).

Distribution and ecology. Agavero salesii is endemic to the Putla District in western Oaxaca, in the municipalities of Santa Cruz Itundujía (paraje Los Monos), Santa María Yucuhiti (Yosonicaje) and Putla Villa de Guerrero (Las Mesas Santo Domingo), inhabiting rocky outcrops of montane pine-oak forest at 2,400-2,600 m in elevation within the Río Verde basin. It grows with A. kavandivi, Echeveria sp., Furcraea sp., Pinguicula sp., Pinus sp., and Sprekelia sp. (Table 2, Figure 1).

Etymology. The species honors Carlos Santiago Rosales Martínez, a young enthusiastic agavologist, explorer, and horticulturist of succulents, who, in collaboration with the first author, unveiled that the Putla populations traditionally treated as belonging to A. sect. Choritepalae, actually belong to A. sect. Inermes due to the presence of a distinct corolla tube.

 
J. Antonio Vázquez-García, Joachim Thiede, Julia Etter and Martin Kristen. 2022. Agave rosalesii (sect. Inermes, Asparagaceae), segregated from Agave ellemeetiana K. Koch (sect. Choritepalae): A New Species from the Mixteca Alta of western Oaxaca, Mexico. Botanical Sciences. 1(1);  DOI: 10.17129/botsci.3044

Friday, May 3, 2024

[Botany • 2021] What is Muscari massayanum and what is not? Second species born of confusion: Muscari erzincanicum (Asparagaceae: Scilloideae), A New Species from Turkey


Muscari erzincanicum
in Eker, 2021. 


Abstract
In the Flora of Turkey, the taxonomic concept of Muscari massayanum sensu Davis & Stuart was given based on five herbarium specimens and a photograph. In the original study, type location of the species was not specified, but its photograph and brief morphological features were included. In current study, herbarium samples given by Davis & Stuart under the description of the species in the Flora of Turkey were examined, and as a result of field studies conducted at the locations where these samples were collected, it was determined that the aforementioned description included M. massayanum, as well as the later published M. erdalii, and a new taxon yet to be named. As a result of comparative and detailed morphological studies to solve this confusion, a new species, Muscari erzincanicum (Asparagaceae) from Turkey, is described and illustrated. The new species is morphologically similar to M. massayanum and M. erdalii, but differs from both by the flower, fruit and seed characteristics.

Keywords: Anatolia, Anatolian diagonal, Central Taurus, Erzincan, new taxon, seed, taxonomy, Monocots


Muscari erzincanicum. a: habit, b: inflorescence, c: lateral view of the fertile flower, d: apical view of the fertile flower, e: dissected fertile flower, f: infructescence, g: apical view of the capsule, h: lateral view of the capsule, i: dissected capsule, j: seed (illustrated by H. Yeniceli).

 Morphological characteristics of the investigated Muscari species.
 a–c: M. erzincanicum habit, inflorescence and infructescence (İ.Eker 12931 & 12968);
d–f: M. massayanum habit, inflorescence and infructescence (İ.Eker 13013 & 3499);
g–i: M. erdalii habit, inflorescence and infructescence (İ.Eker 13014 & 13049)
(photographed by İ.Eker).


İsmail Eker. 2021. What is Muscari massayanum and what is not? Second species born of confusion: Muscari erzincanicum (Asparagaceae, Scilloideae), A New Species from Turkey. Phytotaxa. 487(1); 41–55. DOI: 10.11646/phytotaxa.487.1.3

Friday, April 26, 2024

[Botany • 2024] Lomandra reflexa (Asparagaceae: Lomandroideae) • A New Species from central Queensland, Australia


Lomandra reflexa Jian Wang ter, 

Drawn by Nicole Crosswell.

Summary
Lomandra reflexa Jian Wang ter (Asparagaceae: Lomandroideae), a new species from central Queensland, Australia, is described, illustrated and compared to the morphologically related species L. filiformis and L. grayi. Notes on its distribution, habitat, phenology and affinities are provided. A conservation status of Least Concern is proposed.
 
Key Words: Australia flora, endemic, Queensland flora, Sparsiflorae, taxonomy


Lomandra reflexa, male A – J and female K – R. A habit, tuft with an inflorescence; B inflorescence; C unopened flower with pedicel; D flower spread open; E leaf; F distal part of leaf, showing its flattened apex; G – J cross sections of leaf; K habit, tuft with an inflorescence; L inflorescence; M unopened flower with pedicel; N flower spread open; P fruiting inflorescence; Q unopened fruit; R lateral view of opened fruit.
A – B from Thomas 1527B, Thompson & McDonald (BRI); C – D from Wannan 1670 & Martindale (BRI); E – J from Thompson HUG432 & Turpin (BRI); L – N from Neldner 5891 & Cumming (BRI); K, P – R from Thomas 1527A, Thompson & McDonald (BRI). 
Drawn by Nicole Crosswell.

Lomandra reflexa Jian Wang ter sp. nov. 

ETYMOLOGY. From the Latin reflexus (bent abruptly backwards at more than 90°), in reference to the axis of the fruiting inflorescence. This feature distinguishes the species from all others of the genus in Queensland.


Jian Wang. 2024. Lomandra reflexa (Asparagaceae: Lomandroideae), A New Species from central Queensland, Australia. Kew Bulletin. DOI: 10.1007/s12225-024-10181-9

Thursday, April 25, 2024

[Botany • 2024] Leopoldia oztasii (Asparagaceae: Scilloideae) • A New Species from South Anatolia-Türkiye


Leopoldia oztasii Eker, Eroğlu & Pınar,
 
in Eroğlu, Pinar et Eker, 2024.
Konya Morbaşı  ||  DOI: 10.11646/phytotaxa.633.1.3 

 
Abstract
Leopoldia oztasii sp. nov. (Asparagaceae, Scilloideae) is described as a new species in this study. It spreads on the stony slopes of Konya province in the south of Türkiye. Leopoldia oztasii is similar to L. tenuiflora, but it is easily distinguished from it, by having larger bulbs, falcate leaves, shorter scape, conical inflorescence, longer pedicels, and larger capsules. In this study, the morphology, seed surface characteristics and ecology of L. oztasii were studied. A detailed description of the new species, a comparison table between the two species, and detailed photographs showing their differences are provided. The distribution areas of L. oztasii and L. tenuiflora in Türkiye are also presented on the map.
 
Asparagaceae, Leopoldia, morphology, new species, seed, taxonomy, Türkiye, Monocots 




Leopoldia oztasii Eker, Eroğlu & Pınar” 

“Konya Morbaşı”

Hüseyin Eroğlu, Süleyman Mesut Pinar, İsmail Eker. 2024. A New Leopoldia (Asparagaceae, Scilloideae) Species from South Anatolia-Türkiye: Leopoldia oztasii Phytotaxa. 633(1); 17-28. DOI: 10.11646/phytotaxa.633.1.3

Monday, April 22, 2024

[Botany • 2021] Muscari inundatum (Asparagaceae: Scilloideae) • A New Species from southern Anatolia


Muscari inundatum  Yıldırım & Eker,  

in Eker et Yıldırım, 2021. 

Abstract
A new species, Muscari inundatum (Asparagaceae) from Turkey, is described and illustrated. It is morphologically similar to M. neglectum and M. adilii, but differs mainly by its shouldered fertile flowers with erect to slightly recurved lobes at maturity. In this study, a comprehensive description, diagnostic characters, original photographs, detailed illustration, geographical distribution, conservation assessment, identification key, and taxonomic comments on the new species are presented.

Keywords: Amanos Mountains, Hatay, Mucari adilii, M. neglectum, new taxon, taxonomy, Turkey, Monocots

 Early flowering stage of Muscari inundatum.
 a-b: habitat (photographed by H. Yıldırım).

 Mature flowering stage of Muscari inundatum.
a: habit, b: inflorescence, c: infructescence (photographed by İ. Eker).

Muscari inundatum Yıldırım & Eker sp. nov.

Eponymy:—The specific epithet of the new species is derived from its habitat, as it grows in flooded places and near puddles.



İsmail Eker and Hasan Yıldırım. 2021. Muscari inundatum (Asparagaceae, Scilloideae), A New Species from southern Anatolia.  Phytotaxa. 484(2); 181–194. DOI: 10.11646/phytotaxa.484.2.3

Monday, March 25, 2024

[Botany • 2024] Asparagus dabieshanensis (Asparagaceae) • A New Species from Dabie Mountains, Central China


Asparagus dabieshanensis  

in Yang, Zhu, Jia, Hu et Wang, 2024. 
 
Abstract
Asparagus dabieshanensis, a new species from the Dabie Mountains, Central China, is described and illustrated. Morphologically, it is similar to A. cochinchinensis (Lour.) Merr. and A. filicinus D. Don, but differs in having long and straight cladodes, and shorter pedicel than that of the last two species. Molecular phylogenetic analysis based on the combined four DNA markers (trnH-psbA, trnD-trnT, ndhF, phyC) indicated that the new species is a sister to A. cochinchinensis with strong support.

Asparagus dabieshanensis, Dabie Mountains, new species, phylogeny, Monocot



Jia-Xin Yang, Xin-Xin Zhu, Nan Jia, Guang-Wan Hu and  Qing-Feng Wang. 2024. Asparagus dabieshanensis (Asparagaceae), A New Species from Dabie Mountains, Central China.  Phytotaxa. 641(2); 161-169. DOI: 10.11646/phytotaxa.641.2.7