Contribution to the flora of Asian and European countries: new national and regional vascular plant records, 6

Nobis, Marcin; Erst, Andrey S.; Nowak, Arkadiusz; Shaulo, D. N.; Olonova, Marina V.; Kotukhov, Yuriy; Doğru–Koca, Aslı; Dönmez, Alı A.; Király, Gergely; Ebel, Aleksandr L.; Kushunina, Maria; Piwowarczyk, Renata; Sukhorukov, Alexander P.; Nobis, Agnieszka; Verloove, Filip; Zalewska‐Gałosz, Joanna; Zare, Golshan; Burri, Jean-François; Caković, Danka; Jędrzejczak, Elżbieta; Jogan, Nejc; Klichowska, Ewelina; Pliszko, Artur; Popovich, Anton V.; Stešević, Danijela; Šilc, Urban; Tupitsyna, N. N.; Vasjukov, V. M.; Wang, Wei; Werner, Philippe; Wolanin, Mateusz; Xiang, Kun

doi:10.1080/23818107.2016.1273134

Cited by 14 publications

(8 citation statements)

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“…A.crassifolia sensu Dhar and Kachroo (1983), Sekar and Srivastava (2009), Paul (2012) non C.A.Mey. An endemic to Eastern Kazakhstan and West Xinjiang, China (Sukhorukov 2006, Nobis et al 2017).…”

Section: Resultsmentioning

confidence: 99%

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Taxonomic revision of Chenopodiaceae in Himalaya and Tibet

Sukhorukov¹,

Liu²,

Kushunina³

2019

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The composition of many Chenopodiaceae genera in different parts of Himalaya and Tibet has been insufficiently known or contradictory. A revision of the family in Himalaya including Bhutan, Nepal, parts of India (Himachal Pradesh, Jammu and Kashmir, Sikkim and Uttarakhand) and Tibet (Xizang, China) is presented for the first time. Altogether, 57 species from 20 genera are reported, including three species new to science (Agriophyllumtibeticum, Salsolaaustrotibetica and Salsolahartmannii). Atriplexcentralasiatica, Corispermumdutreuilii and Salsolamonoptera are identified as new records for India and Chenopodiumpamiricum is recorded in China for the first time. Dysphaniaambrosioides and Sympegmaregelii are recorded for Xizang. The generic and species keys, species distributions (including maps) and taxonomic notes are provided. We indicate for the first time that the presence of short yellow hairs is the remarkable morphological characteristic of the genus Grubovia. Evident heterocarpy and heterospermy is found in Dysphania for the first time (Dysphaniatibetica). Agriophyllumpungens, Atriplexcrassifolia, Atriplexlaciniata, Atriplexsagittata, Axyrisamaranthoides, Axyrishybrida, Bassiaindica, Corispermumkorovinii, Dysphaniaschraderiana (=Chenopodiumfoetidum auct.), Halocharisviolacea and Suaedamicrosperma are excluded from the species list. Neobotrydiumcorniculatum is synonymised with Dysphaniakitiae, Neobotrydiumlongii with Dysphaniahimalaica and Neobotrydiumornithopodum seems to be conspecific with Dysphanianepalensis. Corispermumladakhianum is a new synonym of Corispermumtibeticum. Amaranthusdiandrus is added to the synonyms of Acroglochinpersicarioides, and Bassiafiedleri, previously considered as conspecific with Gruboviadasyphylla, is added to the synonymy of Bassiascoparia. Lectotypes of Anabasisglomerata (≡Halogetonglomeratus), Halogetontibeticus (=Halogetonglomeratus), Amaranthusdiandrus (=Acroglochinpersicarioides), Chenopodiumtibeticum (≡Dysphaniatibetica), Corispermumdutreuilii, Corispermumfalcatum, Corispermumlhasaense, Corispermumpamiricumvar.pilocarpum (=Corispermumgelidum, syn. nov.), Corispermumtibeticum, Kochiaindica(≡Bassiaindica), Kochiaodontoptera (≡Bassiaodontoptera) and Salsolamonoptera are selected. Out of 53 native elements, 42 are restricted in their distribution to Himalaya and Tibet at altitudes 2000–4500 m above sea level. The greatest taxonomic diversity of the Chenopodiaceae is represented in Jammu and Kashmir (India) and Xizang (China) with a continuous decrease in the number of species southwards.

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Section: Resultsmentioning

confidence: 99%

“…Progress towards disentangling the generic composition of Chenopodiaceae in Himalaya and Tibet began with the critical revisions and additions to Axyris (Sukhorukov, 2011), Dysphania (Sukhorukov 2012, 2014, Uotila 2013, Sukhorukov et al 2015b, Nobis et al 2015, 2017) and part of Chenopodium s. str. (Sukhorukov and Kushunina 2014, 2015).…”

Section: Introductionmentioning

confidence: 99%

Taxonomic revision of Chenopodiaceae in Himalaya and Tibet

Sukhorukov¹,

Liu²,

Kushunina³

2019

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“…Martinovský 1980, Tzvelev 1986, Conert 1998, Marhold and Hindák 1998, Danihelka et al 2012). In Poland, there are only four species from the above-mentioned section, namely: S. borysthenica , S. pennata , S. pulcherrima and S. eriocaulis , all of them reaching here the northwestern limit of their general range (Ceynowa-Giełdon 1976, Ceynowa-Giełdon et al 2014a, 2014b, Nobis 2014b, Nobis et al 2017). The section Stipa can be divided into many critical groups of closely related and morphologically similar taxa.…”

Section: Introductionmentioning

confidence: 99%

Stipa pennata subsp. ceynowae (Poaceae, Pooideae), a new taxon from Central Europe

Klichowska

Nobis

2017

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Based on numerical analyses of macromorphological characters, scanning electron microscopy observation of leaves and lemma micromorphology, as well as field observations, Stipa pennata subsp. ceynowae was described here as a new taxon from Poland. It differs from the most similar S. pennata subsp. pennata and S. borysthenica mainly by its longer ligules of vegetative shoots. The affinities of this taxon are discussed and a morphological comparison with related species is provided. Illustrations and images of the micromorphological structures, as well as information about its distribution, habitat and conservation status are given.

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“…comm. 2001); Gazipaşa, Sugözü (Zare & al. 2017); Demirtaş, between Beydibi/ Beldibi and Çiğdem Daği, Inhisar (Zare & al.…”

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confidence: 99%

“…2001); Gazipaşa, Sugözü (Zare & al. 2017); Demirtaş, between Beydibi/ Beldibi and Çiğdem Daği, Inhisar (Zare & al. 2017); C5: between Işıktepe/Sedichig and Çukurkeşlik, Efrenk valley/Güzeldere (Zare & al.…”

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confidence: 99%