3 urn:lsid:arphahub.com:pub:F7FCE910-8E78-573F-9C77-7788555F8AAD urn:lsid:zoobank.org:pub:66878968-5FA3-48E4-A0CA-743FBBB0315D PhytoKeys PK 1314-2011 1314-2003 Pensoft Publishers 10.3897/phytokeys.238.114475 114475 Checklist Angiospermae Gymnospermae Lycopodiophyta Biodiversity & Conservation Biogeography Catalogues and Checklists Asia Revised checklist of endemic vascular plants of Kazakhstan Kubentayev Serik A. https://orcid.org/0000-0002-0369-0591 1 Conceptualization Writing - original draft Writing - review and editing Data curation Resources Visualization Alibekov Daniyar T. https://orcid.org/0000-0003-1555-1430 1 Writing - original draft Investigation Resources Perezhogin Yuri V. https://orcid.org/0000-0001-6997-8347 2 Investigation Methodology Resources Lazkov Georgy A. https://orcid.org/0000-0002-3531-8524 3 4 Investigation Methodology Validation Kupriyanov Andrey N. https://orcid.org/0000-0001-5602-2012 5 Investigation Supervision Validation Ebel Alexander L. https://orcid.org/0000-0002-7889-4580 6 7 Investigation Supervision Validation Izbastina Klara S. https://orcid.org/0000-0002-6418-1950 1 8 Formal analysis Funding acquisition Project administration Borodulina Olga V. https://orcid.org/0000-0002-6080-716X 2 Formal analysis Kubentayeva Balsulu B. balsulu1992@mail.ru https://orcid.org/0000-0002-0841-6516 1 Formal analysis Investigation Project administration Astana Botanical Garden, 16 Orynbor Str., 010016, Astana, Kazakhstan Astana Botanical Garden Astana Kazakhstan Kostanay Regional University named after A. Baitursynova, 47 Baytursynov Str., 110000, Kostanay, Kazakhstan Kostanay Regional University named after A. Baitursynova Kostanay Kazakhstan Institute of Biology of the National Academy of Sciences of the Republic of Kyrgyzstan, Bishkek 720011, Kyrgyzstan Institute of Biology of the National Academy of Sciences of the Republic of Kyrgyzstan Bishkek Kyrgyzstan Research Centre for Ecology and Environment of Central Asia, Bishkek 720040, Kyrgyzstan Research Centre for Ecology and Environment of Central Asia Bishkek Kyrgyzstan Federal Research Center of Coal and Coal Chemistry of Siberian Branch of the Russian Academy of Sciences, 18 Sovetsky Ave., 650000, Kemerovo, Russia Federal Research Center of Coal and Coal Chemistry of Siberian Branch of the Russian Academy of Sciences Kemerovo Russia Tomsk State University, Lenin Ave. 36, 634050 Tomsk, Russia Tomsk State University Tomsk Russia Central Siberian Botanical Garden, Siberian Branch of the Russian Academy of Sciences, Zolotodolinskaya Str. 101, 630090 Novosibirsk, Russia Central Siberian Botanical Garden, Siberian Branch of the Russian Academy of Sciences Novosibirsk Russia S. Seifullin Kazakh Agrotechnical Research University, 62 Zhengis Ave, 010000, Astana, Kazakhstan S. Seifullin Kazakh Agrotechnical Research University Astana Kazakhstan

Corresponding author: Balsulu B. Kubentayeva (balsulu1992@mail.ru)

Academic editor: Alexander Sennikov

 2024 28 02 2024 238 241 279 D79D36AE-A994-5CD8-BEB3-9CB11412A5B4 20 10 2023 05 02 2024 Serik A. Kubentayev, Daniyar T. Alibekov, Yuri V. Perezhogin, Georgy A. Lazkov, Andrey N. Kupriyanov, Alexander L. Ebel, Klara S. Izbastina, Olga V. Borodulina, Balsulu B. Kubentayeva This is an open access article distributed under the terms of the Creative Commons Attribution License (CC BY 4.0), which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.

We compiled a checklist of endemic vascular plants occurring in Kazakhstan, employing an exhaustive examination of literature sources, herbarium collections, databases and field observations. Our study reveals that 451 taxa can be considered endemic to Kazakhstan, constituting 7.97% of the total vascular plant diversity in the country. These endemic taxa, originating from 139 genera and 34 families, predominantly thrive in the southern regions of Kazakhstan, specifically in the mountain ridges of the Kazakh part of the Tian Shan, including Karatau (123 taxa), Dzungarian Alatau (80 taxa) and Trans-Ili and Kungey Alatau (50 taxa). Notably, 107 endemic species are granted legal protection. Detailed information regarding life form, life cycle, conservation status and geographical distribution across floristic regions was meticulously compiled for each endemic taxon. Of the six groups of life forms, herbs include the highest part of endemic taxa (367 taxa), followed by dwarf semishrubs (25 taxa), shrubs (23 taxa), subshrubs (20 taxa), undershrubs (13 taxa) and trees (3 taxa). The observed life cycles are perennials (408 taxa), annuals (33 taxa) and biennials (10 taxa). This paper serves as a fundamental groundwork for prospective investigations aimed at assessing population sizes and hotspots of plant endemism throughout Kazakhstan, crucial for determining conservation status of endemic plants.

 Biodiversity hotspots Central Asia conservation endemism floristic division Citation

Kubentayev SA, Alibekov DT, Perezhogin YV, Lazkov GA, Kupriyanov AN, Ebel AL, Izbastina KS, Borodulina OV, Kubentayeva BB (2024) Revised checklist of endemic vascular plants of Kazakhstan. PhytoKeys 238: 241–279. https://doi.org/10.3897/phytokeys.238.114475

 Introduction

Endemic plants hold particular importance in studying the history of flora and vegetation of diverse geographical regions, since they represent an important element of biodiversity and serve as vital benchmarks for identifying areas of high biodiversity value. In recent years, much attention has been paid to the study of endemic plants, as evidenced by a large number of scientific publications (Tojibaev et al. 2020a; Baasanmunkh et al. 2022; Erst et al. 2022; Chung et al. 2023; Villaseñor et al. 2023).

Kazakhstan occupies a central position within Eurasia and holds a notable distinction of being the ninth largest country globally, with 2,724,900 km2 of land area. The territory of Kazakhstan is characterised by a remarkable ecological heterogeneity (Abdulina 1999; Akzhigitova et al. 2003), marked by prominent zonal boundaries, notably the demarcation between the cold-temperate and temperate regions of Northern Eurasia and the Irano-Turanian warm region with the Mediterranean-like type of climate, the latter encompassing the southern part of Kazakhstan.

The remarkable diversity of natural conditions in Kazakhstan contributes to the exceptional richness of its flora, its notable originality and a significant number of endemic plant species in Kazakhstan. According to the latest inventory, 5,658 vascular plant species, representing 159 families and 1,067 genera, occur in the country (Abdulina 1999).

The investigation of endemic plant species, which represent a vital and highly vulnerable component of biodiversity, has garnered significant attention in numerous countries. The number of endemic plants in the countries neighbouring Kazakhstan varies, with China exhibiting the highest number of endemic species at 14,939 (Huang et al. 2011). There are over 2,700 endemic taxa in Russia (Kamelin and Budantsev 2019), Mongolia has 102 taxa (Baasanmunkh et al. 2022), Kyrgyzstan has 393 taxa (Lazkov and Sultanova 2014) and Uzbekistan has 378 taxa (Sennikov et al. 2016). Based on a comprehensive review of the “Flora of Kazakhstan” (Pavlov 1956–1966), Goloskokov (1969) counted 760 endemic species from 199 genera and 47 families in Kazakhstan. Otherwise, various sources estimated the presence of 709 to 823 species of endemic plants in Kazakhstan (Pavlov 1956–1966; Bykov 1966; Goloskokov 1969; Baitenov 2001; Gemedjieva et al. 2010).

The scientific literature contains a substantial body of work focused on the investigation of endemic taxa in Kazakhstan. However, these publications predominantly revolve around limited geographical areas, such as specific mountain ranges, floristic regions or administrative divisions (Pavlov 1970; Goloskokov 1979; Baitenov 1982; Anapiev 1996; Bakeev and Atikeeva 2015; Ishmuratova et al. 2015, 2016a, 2016b; Sadyrova et al. 2017; Mukhtubaeva et al. 2017; Kupriyanov 2022). Reports focusing on endemic plant species within certain families and genera have also been published, including studies on Poaceae (Kupriyanov et al. 2018), Apiaceae (Klyuykov and Ukrainskaya 2018), Asteraceae (Kupriyanov 2018), Ranunculaceae (Shchegoleva 2019a), Chenopodiaceae (Osmanali et al. 2019) and Oxytropis (Perezhogin et al. 2020).

The available information regarding the composition of endemic plant species in Kazakhstan, as documented in the “Flora of Kazakhstan” (Pavlov 1956–1966) and other related sources (Bykov 1966; Goloskokov 1969), is largely outdated. Since then, numerous species previously classified as endemic have been discovered beyond the borders of Kazakhstan or reduced to synonyms. In addition, in the last 10 years alone, more than 25 species of endemic plants have been described as new to science from the territory of Kazakhstan, for example: six species of Tulipa (T. annae J.de Groot & Zonn, T. auliekolica Perezhogin, T. dianaeverettiae J.de Groot & Zonn., T. turgaica Perezhogin, T. salsola Rukšāns & Zubov, T. ivasczenkoae Epiktetov & Belyalov) (Epiktetov and Belyalov 2013; Perezhogin 2013; de Groot and Zonneveld 2020; Rukšāns and Zubov 2022); five apomictic species of Taraxacum (T. atrochlorinum Kirschner & Štěpánek, T. corvinum Kirschner & Štěpánek, T. dzhungaricola Kirschner & Štěpánek, T. sublilacinum Kirschner & Štěpánek) (Kirschner and Štěpánek 2017); three species of Allium: A. koksuense R.M.Fritsch, N.Friesen & S.V.Smirn., A. lepsicum R.M.Fritsch, N.Friesen & S.V.Smirn. and A. toksanbaicum N.Friesen & Veselova (Friesen et al. 2021a, 2021b); two species of Hedysarum (H. tarbagataicum Knjaz. and H. ulutavicum Knjaz.) (Knyazev 2019); Myosotis kazakhstanica O.D.Nikif. (Nikiforova 2018); Gagea almaatensis Levichev, A.Peterson & J.Peterson (Peterson et al. 2016); Galatella bectauatensis Kupr. & Koroljuk (Kupriyanov and Korolyuk 2013); Rhaponticoides zaissanica Kupr., A.L.Ebel & Khrustaleva (Kupriyanov 2020); Astragalus saphronovae Kulikov (Kulikov 2014); Phlomis mindshelkensis Lazkov (Lazkov 2014); Phlomoides boroldaica A.L.Ebel (Ebel et al. 2019); Fritillaria kolbintsevii Rukšāns & Zubov (Rukšāns and Zubov 2021; Galium zaisanicum Pinzhenina & Kupr. (Pinzhenina and Kupriyanov 2023); Prangos multicostata Kljuykov & Lyskov (Lyskov et al. 2016), Sphaenolobium korovinii Pimenov & Kljuykov (Pimenov and Kljuykov 2014) and Nitraria iliensis Banaev & Tomoshevich (Banaev et al. 2023).

Consequently, the current knowledge regarding the species diversity of endemic plants in Kazakhstan remains poorly available. In order to address this knowledge gap, our research endeavour aimed to compile the checklist of endemic vascular plants in Kazakhstan, based on an extensive analysis of literary sources, comprehensive revision of herbarium collections and data from field observations.

 Materials and methods

For the compilation of an endemic plant checklist in Kazakhstan, extensive literature sources were consulted. Initially, nine volumes of the “Flora of Kazakhstan” (Pavlov 1956, 1958, 1960, 1961a, 1961b, 1963, 1964, 1965, 1966) were utilised, alongside the complete list of the country’s flora (Abdulina 1999). The broad-scale inventory of Central Asian plants, “Conspectus Florae Asiae Mediae”, spanning 11 volumes (Kovalevskaya 1968, 1971; Bondarenko and Nabiev 1972; Pakhomova 1974, 1976; Kamelin et al. 1981; Adylov 1983, 1987; Nabiev 1986; Adylov and Zuckerwanik 1993; Khassanov 2015), was also referenced. Additionally, the “Plants of Central Asia” series, consisting of 16 volumes (Grubov 1963–2008), was incorporated. Reports detailing endemic plants within specific geographical and administrative regions of Kazakhstan were used (Pavlov 1970; Goloskokov 1979; Baitenov 1982; Anapiev 1996; Bakeev and Atikeeva 2015; Ishmuratova et al. 2015, 2016a, 2016b; Mukhtubaeva et al. 2017; Sadyrova et al. 2017; Kupriyanov 2022). Furthermore, lists highlighting endemic plants within particular species-rich families and genera were considered, such as Ranunculaceae (Shchegoleva 2019a), Apiaceae (Klyuykov and Ukrainskaya 2018), Asteraceae (Kupriyanov 2018), Achillea (Kupriyanov and Kulemin 2023), Oxytropis (Perezhogin et al. 2020) and Chenopodiaceae (Suchorukow 2007; Osmanali et al. 2019). Lists encompassing endemic plants within broader geographical regions, which include parts of Kazakhstan, were also reviewed (Tolmachev 1974; Pyak et al. 2008; Tojibaev et al. 2020a; Erst et al. 2022). Additionally, we paid attention to the species described from Kazakhstan and new combinations published from 2013 to 2023, subsequent to the publication of the latest flora list by Abdulina (1999).

Following the compilation of a list of endemic taxa, we conducted a comprehensive re-assessment of the distribution of each species by cross-referencing published floristic records encompassing the administrative and geographical regions of Kazakhstan (Goloskokov 1949; Stepanova 1962; Karmysheva 1973, 1982; Pavlov 1980; Baitenov 1985; Pugachev 1994; Safronova 1996; Kotukhov 2005; Aralbay et al. 2006; Kadenova et al. 2008; Aipeisova 2012, 2013; Ishmuratova et al. 2016a; Kokoreva et al. 2018; Ivashchenko 2020; Kupriyanov 2020; Sitpayeva et al. 2020; Kubentayev et al. 2021; Orazov et al. 2022, 2024; Khasanov et al. 2023; Kulymbet et al. 2023; Osmonali et al. 2023; Sumbembayev et al. 2023). Furthermore, in order to clarify the presence of presumably endemic plants of Kazakhstan in neighbouring countries, we consulted floristic records of those territories (Kamelin 1990; Yakovlev 2003; Kulikov 2005; Wu et al. 2008; Ryabinina and Knyazev 2009; Lazkov and Sultanova 2014; Knyazev 2016; Nowak et al. 2020; Vaganov and Shmakov 2020; Sennikov and Tojibaev 2021; Baasanmunkh et al. 2022), as well as publications documenting the discovery of former Kazakhstan endemics outside their native range (Ho and Fu 1993; Yakovlev 2003; Kurtto et al. 2004; German 2005; Mavrodiev et al. 2005; German 2006a, 2006b; German et al. 2006; Belkin 2009; Sennikov et al. 2011; Soskov 2011; German et al. 2012; German et al. 2013; Byalt and Bubyreva 2014; German 2014; Nobis et al. 2014; Pimenov and Kljuykov 2014; Vesselova 2016; German and Al-Shehbaz 2017; Lazkov and Sennikov 2017a, 2017b; Nobis et al. 2017; Pimenov 2017; Golovanov et al. 2018; Golovanov and Knyazev 2019; Ma and Xu 2019; Shchegoleva et al. 2019b; Zolotukhin and Chkalov 2019; Ovchinnikova 2021; Tojibaev et al. 2022; Sennikov and Lazkov 2023; Vaganov 2023; Juramurodov et al. 2024).

To verify endemic taxa distributions, we employed systematic reports detailing the flora of Kazakhstan and its neighbouring regions (Baitenov 1977; German and Chen 2009; Kljuykov et al. 2018; Smirnov et al. 2018; Nobis et al. 2020; Pimenov 2020; German and Veselova 2022; Sennikov et al. 2023). Additionally, we conducted a thorough examination of specimens housed in various herbaria, including LE, MW, TK, TASH, MHA, SVER, KUZ, ALTB, NS, NSK and MOSP (herbarium acronyms according to Thiers (2023)), as well as the data sourced from the Global Biodiversity Information Facility (GBIF 2023), the International Legume Database and Information Service (ILDIS) (Roskov et al. 2009), BrassiBase: Introdcution to a novel database on Brassicaceae evolution. Plant & Cell Physiology (Kiefer et al. 2014), World Plants. Synonymic Checklist and Distribution of the World Flora (Hassler 1994–2024) and the Compositae Working Group (CWG) (2023).

Within the scope of this investigation, we provide a list and an analysis of national endemic vascular plants growing strictly within Kazakhstan (see Appendix 1). This study considers two taxonomic levels of endemic plants: species and subspecies; taxa with a rank lower than subspecies were not considered. Additionally, we present a separate list encompassing sub-endemic taxa (see Suppl. material 1). In this paper, sub-endemics refer to taxa that were formerly considered endemics, but subsequently found in a neighbouring country or countries, based on published literature or herbarium material. In addition, we present a list of former endemics of Kazakhstan reclassified as synonyms of taxa with broader geographical distributions (see Suppl. material 2).

The distribution of each endemic taxon in Kazakhstan is given according to the floristic division of the country (Pavlov 1956). This division partitions Kazakhstan’s territory into 29 distinct floristic regions and seven subregions (Fig. 1).

10.3897/phytokeys.238.114475.figure1 94B71EF2-E336-5BE3-B41C-DF49B2F9E3A5

Map of the floristic division of Kazakhstan (Pavlov 1956): 1 – Syrt, 2 – Tobol-Ishim, 3 – Irtysh, 4 – Semipalatinsk pine forest, 5 – Kokchetav, 6 – Caspian Region, 6a – Bukeev, 7 – Aktobe, 7a – Mugojary, 8 – Emba, 9 – Turgay, 10 – Western Upland, 10a – Ulutau, 11 – Eastern Upland, 11a – Karkaraly, 12 – Zaysan, 13 – Northern Ustyrt, 13a – Buzachi, 13b – Mangyshlak, 14 – Aral Region, 15 – Kyzylorda, 16 – Betpak-Dala, 17 – Moiynkum, 18 – Balkhash-Alakol, 19 – Southern Ustyrt, 20 – Kyzylkum, 21 – Turkestan, 22 – Altai, 23 – Tarbagatai, 24 – Dzungarian Alatau, 25 – Trans-Ili Kungey Alatau, 25a – Ketmen-Terskey Alatau, 26 – Chu-Ili Range, 27 – Kyrgyz Alatau, 28 – Karatau, 29 – Western Tian Shan.

https://binary.pensoft.net/fig/993670

The systematic order and taxonomic position of the families are based on the classification of angiosperms by APG IV (2016). The names of the accepted genera and species are mostly in accordance with Plants of the World Online (POWO 2023), with corrections according to recently-published taxonomic revisions. The authorship of species, genera and families has been critically cross-checked against the information provided in the International Plant Names Index (IPNI 2023).

 Results

Based on a rigorous revision of endemic vascular plants in Kazakhstan, a total of 451 taxa have been identified as endemic to the country (Appendix 1), which account for 7.97% of the total number (5,658 species) of vascular plants in Kazakhstan (Abdulina 1999). The endemic taxa recognised in this study belong to 139 genera and 34 families. Notably, Kazakhstan is home to five monotypic endemic genera, i.e. Karatavia Pimenov & Lavrova, Botschantzevia Nabiev, Tschulaktavia Bajtenov ex Pimenov & Kljuykov, Cancriniella Tzvelev and Sauria Bajtenov. No endemic families are present in the country.

The greatest number of endemic taxa is registered in the following families: Asteraceae Bercht. & J.Presl (111 taxa from 29 genera), Fabaceae Lindl. (81 taxa from 6 genera), Apiaceae Lindl. (27 taxa from 13 genera), Lamiaceae Martinov (27 taxa from 8 genera), Boraginaceae Juss. (23 taxa from 10 genera), Brassicaceae Burnett (23 taxa from 8 genera), Amaryllidaceae J.St.-Hil. (22 taxa from 1 genus), Liliaceae Juss. (18 taxa from 3 genera), Rosaceae Juss. (17 taxa from 7 genera), Poaceae Barnhart (15 taxa from 8 genera) and Amaranthaceae Juss. (14 taxa from 10 genera) (Fig. 2A). The remaining 23 families are represented by one to 10 species each.

10.3897/phytokeys.238.114475.figure2 84192747-6619-5F36-8159-1350B42864B1

The largest families by the number of endemic taxa (A). The largest genera by the number of endemic taxa (B).

https://binary.pensoft.net/fig/993671

Genera with the greatest number of endemic taxa are as follows: Astragalus L. with 46 taxa, Oxytropis DC. with 22 taxa, Allium L. with 21 taxa, Taraxacum F.H.Wigg. with 20 taxa, Jurinea Cass. with 20 taxa, Tulipa L. with 13 taxa, Lappula Moench with 11 taxa, Artemisia L. with nine taxa, Zygophyllum L. with nine taxa and Phlomoides Moench with nine taxa. The remaining genera are represented by one to seven taxa (Fig. 2B).

The highest concentration of endemic plants was documented in two floristic regions: Karatau, with 123 taxa and Dzungarian Alatau, with 80 taxa. Additionally, a noteworthy range of 30 to 52 endemic taxa were observed in eight other floristic regions, namely Trans-Ili Kungey Alatau (50 taxa), Betpak-Dala (46 taxa), Western Tian Shan (46 taxa), Balkhash-Alakol (46 taxa), Chu-Ili Range (36 taxa), Eastern Upland (35 taxa), Western Upland (31 taxa) and Altai (27 taxa). On the other hand, a comparatively smaller number of endemic plants (not exceeding 5 taxa) were identified in six floristic regions: Caspian Region (4 taxa), Syrt (4 taxa), Kyzylkum (3 taxa), Mangyshlak (2 taxa), Kokchetav (2 taxa) and Buzachi (1 taxon). In the other two floristic regions (Bukeev, Southern Ustyrt), no endemic plants were found (Fig. 3A, B).

10.3897/phytokeys.238.114475.figure3 214A6347-C73A-50B8-8FCB-BC641F25564D

Endemic taxa richness in the floristic regions of Kazakhstan (A). The number of endemic taxa in the floristic regions of Kazakhstan (B).

https://binary.pensoft.net/fig/993672

Amongst all endemic plants in Kazakhstan, 107 species, constituting 23.7% of the overall number of endemic taxa, are presently under the state-level legal protection (Baitulin 2014).

Amongst the six groups of life forms accepted by the Flora of Kazakhstan (Pavlov 1956), herbs include the greatest part of endemic taxa (367), followed by dwarf semishrubs (25 taxa), subshrubs (20 taxa), shrubs (23 taxa), undershrubs (13 taxa) and trees (3 taxa). The dominant life cycles are perennials (408 taxa), followed by annuals (33 taxa) and biennials (10 taxa).

According to the results of our research, 341 taxa previously considered endemics are recognised as sub-endemics of Kazakhstan (see Suppl. material 1) because they were found in the neighbouring countries. The largest number of plants previously considered endemic to Kazakhstan was found in China – 152 taxa, Kyrgyzstan – 138 taxa, Uzbekistan – 71 taxa, Russia – 59 taxa, Mongolia – 59 taxa, Tajikistan – 31 taxa, Turkmenistan – 19 taxa. The total of 169 former endemic taxa of Kazakhstan were synonymised to taxa with wider distribution ranges (see Suppl. material 2).

 Discussion

Based on our critical evaluation of vascular plants of Kazakhstan, 451 taxa are identified as endemic to the country (Appendix 1). This figure corresponds to 55–63% of the previously-reported numbers, i.e. 709–823 species (Pavlov 1956–1966; Bykov 1966; Goloskokov 1969; Baitenov 2001; Gemedjieva et al. 2010). The substantial difference in the number of endemic taxa compared to earlier publications is due to their reliance on outdated information solely derived from the nine-volume edition of the Flora of Kazakhstan (Pavlov 1956–1966). Our review reveals that 341 taxa previously considered endemics are to be treated as sub-endemics of Kazakhstan (see Suppl. material 1), whereas 169 former endemic taxa were synonymised to taxa with wider distribution ranges (see Suppl. material 2). For example, two most recent publications removed two endemic taxa from Kazakhstan: Allium valentinae Pavlov was found in Kyrgyzstan (Sennikov and Lazkov 2023), whereas the generic status of Pseudomarrubium was rejected (Zhao et al. 2023). Such examples provide evidence of ongoing taxonomic and floristic studies that are constantly shaping the list of endemic plants of Kazakhstan.

Despite the extensive territory and diverse natural conditions of Kazakhstan, the occurrence of endemic taxa appears highly uneven in the country. The largest number of endemic plants is concentrated in mountainous areas, specifically in the southern and south-eastern parts of Kazakhstan, within the following floristic regions: Karatau (123 taxa), followed by the Dzungarian Alatau (80 taxa) and Trans-Ili Kungey Alatau (50 taxa). These results fully align with the analysis presented by Gemedjieva et al. (2010), who examined the distributions of endemic plants in Kazakhstan, despite their use of outdated taxonomic and distributional data. The distribution pattern of endemic taxa across the territory of Kazakhstan supports the assertion made by Körner (2002) that mountain systems serve as biodiversity and endemism hotspots due to the compression of distinct climatic zones over varying altitudes. According to the latest global analysis of seed plant endemism, the territory of Kazakhstan is assigned to the centre of neo-endemism (Cai et al. 2023). The mountainous regions of Tian Shan in the south and the Altai Mountains in eastern Kazakhstan appear to have favoured this, because the mountainous regions exhibit a great diversity in their plant lineages and, therefore, contribute to high levels of neo-endemism.

The distribution of endemic plants in Kazakhstan is presumably influenced by the geological and climatic history of the territory. Past climate change and geological history help to explain how diversification and relictualisation shape the distribution of neo- and paleoendemism and simultaneously phylogenetic endemism worldwide (Cai et al. 2023). The influence of geological history on speciation, differentiation, migration and extinction of species has been highlighted by many scientists (Takhtajan 1969; Raven and Axelrod 1974; Latham and Ricklefs 1993; Axelrod et al. 1996; Huang et al. 2011). A prime example illustrating this phenomenon is the endemic taxa richness in the ancient Karatau Mountains (123 taxa), located at the westernmost limit of the Tian Shan. The Karatau Mountains possess a complex geological composition, characterised by the presence of the oldest Precambrian shale formations in Central Asia, as well as the Lower Paleozoic formations consisting of metamorphosed limestones and shales, overlain by a quartzite stratum (Kamelin 1990). An important factor in the distribution of endemic plants is long-term climatic stability. Central Asia is known for the presence of ancient plant lineages which survived there due to the continuous history of suitable climatic conditions (e.g. in Lactuca s.l.: Kilian et al. (2017)). The influence of geological and climatic history on the distribution of endemic plants in Kazakhstan requires additional research, given the poorly-studied bedrock types in Central Asia.

In the flora of Kazakhstan, herbs include most of the endemic taxa. The life forms of plants reflect their adaptability to environmental conditions and form the units of ecological classification, grouping plants with similar adaptive structures (Aipeisova 2009). According to Yurtsev (1976) and Rabotnov (1978), studies of life forms contribute to the understanding of species biology and their roles within ecosystems. The diversity of life forms represents a cumulative effect of long-term evolutionary processes responding to gradual changes in regional ecological conditions (Keller 1938; Shennikov 1950; Serebryakov 1964).

Amongst endemic plants of Kazakhstan, perennials (408 taxa) are most numerous. A global analysis of the distribution of plant life cycles around the world has shown that annual plants predominate in hot and arid conditions, especially during the long dry season (Poppenwimer et al. 2022). The number of annuals and biennials in Kazakhstan is 43 taxa or 9% of the total number of endemic plants of Kazakhstan. The distribution of endemic annuals over the territory of Kazakhstan is relatively uniform. The greatest number of annuals is noted in Western Upland (7 taxa), Zaysan (6 taxa) and Karatau (6 taxa). Amongst the families, the greatest number of annual endemic taxa is registered in Boraginaceae Juss. (17 taxa), Brassicaceae Burnett (8 taxa) and Amaranthaceae Juss. (6 taxa); in other families, 1–3 taxa are registered.

Given that numerous endemic plant species have restricted distributions, which makes them more prone to extinction (Myers et al. 2000; Pitman and Jørgensen 2002), it is crucial to emphasise the assessment and protection of such species (Baasanmunkh et al. 2022). Amongst 451 endemic taxa of Kazakhstan, 107 species are currently under state protection. We consider it necessary to further re-assess the status of protection of endemic plants of Kazakhstan using IUCN criteria.

During the critical examination of endemic plants in Kazakhstan, we found that some endemic plants were inaccurately attributed to other countries in the Plants of the World Online (POWO 2023). For instance, Arthrophytum subulifolium Schrenk and Atriplex iljinii Aellen, according to POWO, are supposedly present in Turkmenistan. However, Arthrophytum subulifolium Schrenk exclusively grows in a narrow region of the Chu-Ili Range in Kazakhstan (Osmanali et al. 2019), while Atriplex iljinii is solely found in the Mangistau, Aktobe and Kyzylorda Regions of Kazakhstan (Suchorukow 2007). Stipa argillosa Kotukhov and Thalictrum bykovii Kotukhov, along with Gagea azutavica Kotukhov, are incorrectly recorded in POWO as species native to the Altai Republic in the Russian Federation, whereas these species were described from East Kazakhstan (Kotukhov 1989, 1990, 1998).

At the same time, in the POWO database, certain species were erroneously assigned to Kazakhstan. For instance, the distributions of Kamelinia tianschanica F.O.Khass. & I.I. Malzev, Cousinia xanthiocephala Tscherneva, Vicoa krascheninnikovii Kamelin, Phlomoides tschimganica (Vved.) Adylov, Kamelin & Makhm. and Erysimum aksaricum Pavlov are limited to Uzbekistan (Kamelin 1976; Kupriyanov 2018; Tojibaev et al. 2020b). Cousinia balchanica Tscherneva and Minuartia palyzanica Proskur. were described from Turkmenistan (Proskuryakov 1987; Cherneva 1996), while Taraxacum darschajense Orazova and Hedysarum ovczinnikovii Karimova ex Kovalevsk. were reported to occur in Tajikistan (Orazova 1982; Adylov 1983) and Crucianella schischkinii Lincz. was found in both Uzbekistan and Tajikistan (Kamelin 2017). These errors are associated with the difficulty of matching administrative boundaries with plant distribution areas in complicated mountainous territories.

 Conclusions

This checklist includes all strictly endemic plants of Kazakhstan, consisting of 451 taxa (species or subspecies) belonging to 139 genera and 34 families. The largest number of endemic taxa is concentrated in mountainous areas, specifically in the southern and south-eastern parts of Kazakhstan.

This paper serves as a fundamental groundwork for prospective investigations aimed at assessing population sizes and numbers of endemic taxa throughout Kazakhstan, crucial for determining their conservation status. Of course, this checklist of plant endemics of Kazakhstan is not final and will be revised in the future as a result of ongoing taxonomic and floristic studies.

 Acknowledgements

We thank D.A. German (Altai State University, Russia) for cross-checking the family Brassicaceae and N. Friesen (Osnabrueck University, Germany) for checking the genus Allium. We also thank Alexander Sennikov, Arkadiusz Nowak, Denis Melnikov and anonymous reviewers for valuable comments and recommendations. We want to dedicate this article to Kotukhov YA (Altai Botanical Garden, Ridder, Kazakhstan), who made a great contribution to the study of the flora of Kazakhstan.

 Additional information Conflict of interest

All authors declare that they have no competing interests and personal relationships and agree on the contents of the paper.

 Ethical statement

No ethical statement was reported.

 Funding

This research has been funded by the Science Committee of the Ministry of Science and Higher Education of the Republic of Kazakhstan (Grant No. AP14870712).

 Author contributions

Conceptualisation – SAK; methodology – SAK, YVP, DTA; formal analysis – OVB, BBK; writing – preparation of the initial draft – SAK, DTA, VPY, BBK; editing, SAK, DTA, GAL, ALE, ANK; author’s supervision – SAK; project administration – SAK, KSI; acquisition of funding – IKS. All authors have read and agreed with the published version of the manuscript.

 Author ORCIDs

Serik A. Kubentayev https://orcid.org/0000-0002-0369-0591

Daniyar T. Alibekov https://orcid.org/0000-0003-1555-1430

Yuri V. Perezhogin https://orcid.org/0000-0001-6997-8347

Georgy A. Lazkov https://orcid.org/0000-0002-3531-8524

Andrey N. Kupriyanov https://orcid.org/0000-0001-5602-2012

Alexander L. Ebel https://orcid.org/0000-0002-7889-4580

Klara S. Izbastina https://orcid.org/0000-0002-6418-1950

Olga V. Borodulina https://orcid.org/0000-0002-6080-716X

Balsulu B. Kubentayeva https://orcid.org/0000-0002-0841-6516

 Data availability

All of the data that support the findings of this study are available in the main text or Supplementary Information.

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In the checklist, families are listed in alphabetical order; lower-level taxa (genera, species and subspecies) within a family are also listed in alphabetical order.

The following information is given after the name of each taxon:

Life form (Lf) and life cycle (Lc) according to the Flora of Kazakhstan (Pavlov 1956); conservation status (Cs) according to the Red Book of Kazakhstan (Baitulin 2014). The species included in the Red Book of Kazakhstan are denoted by RB.

The distribution (D) of each taxon in Kazakhstan is given according to the floristic division of Kazakhstan (Pavlov 1956), where the territory of the country is divided into 29 floristic regions and seven subregions: 1 – Syrt, 2 – Tobol-Ishim, 3 – Irtysh, 4 – Semipalatinsk pine forest, 5 – Kokchetav, 6 – Caspian Region, 6a – Bukeev, 7 – Aktobe, 7a – Mugojary, 8 – Emba, 9 – Turgay, 10 – Western Upland, 10a – Ulutau, 11 – Eastern Upland, 11a – Karkaraly, 12 – Zaysan, 13 – Northern Ustyrt, 13a – Buzachi, 13b – Mangyshlak, 14 – Aral Region, 15 – Kyzylorda, 16 – Betpak-Dala, 17 – Moiynkum, 18 – Balkhash-Alakol, 19 – Southern Ustyrt, 20 – Kyzylkum, 21 – Turkestan, 22 – Altai, 23 – Tarbagatai, 24 – Dzungarian Alatau, 25 – Trans-Ili Kungey Alatau, 25a – Ketmen-Terskey Alatau, 26 – Chu-Ili Range, 27 – Kyrgyz Alatau, 28 – Karatau, 29 – Western Tian Shan.

Asterisks refer to annotations placed after the checklist.

Fam. 1. Amaranthaceae Juss.

Gen. 1. Anabasis L.

1. Anabasis gypsicola Iljin [Lf: Shrub. Lc: Per. D: 13, 16, 28]

2. Anabasis turgaica Iljin & Krasch. [Lf: Herb. Lc: Per. Cs: RB. D: 10a]

Gen. 2. Arthrophytum Schrenk

3. Arthrophytum balchaschense (Iljin) Botsch. [Lf: Subshrub. Lc: Per. D: 16, 17, 18, 25]

4. Arthrophytum betpakdalense Korovin & Mironov [Lf: Dwarf semishrub. Lc: Per. D: 16]

5. Arthrophytum pulvinatum Litv. [Lf: Dwarf semishrub. Lc: Per. D: 14]

6. Arthrophytum subulifolium Schrenk * [Lf: Subshrub. Lc: Per. D: 26]

Gen. 3. Atriplex L.

7. Atriplex iljinii Aellen * [Lf: Herb. Lc: An. D: 8, 13, 14]

Gen. 4. Climacoptera Botsch.

8. Climacoptera turgaica (Iljin) Botsch. [Lf: Herb. Lc: An. D: 2, 6, 9, 14]

Gen. 5. Halimocnemis C.A.Mey.

9. Halimocnemis mironovii Botsch. [Lf: Herb. Lc: An. D: 16, 26]

Gen. 6. Horaninovia Fisch. & C.A.Mey.

10. Horaninovia capitata Sukhor. [Lf: Herb. Lc: An. D: 18]

Gen. 7. Nanophyton Less.

11. Nanophyton erinaceum subsp. karataviense U.P.Pratov [Lf: Subshrub. Lc: Per. D: 28]

Gen. 8. Petrosimonia Bunge

12. Petrosimonia hirsutissima (Bunge) Iljin ex Pavlov [Lf: Herb. Lc: An. D: 9, 13, 15, 16, 17, 18]

Gen. 9. Salsola L.

13. Salsola euryphylla Botsch. [Lf: Undershrub. Lc: Per.Cs: RB. D: 14]

Gen. 10. Suaeda Forssk. ex J.F.Gmel.

14. Suaeda scabra Lomon. [Lf: Herb. Lc: An. D: 14]

Fam. 2. Amaryllidaceae J.St.-Hil.

Gen. 11. Allium L.

15. Allium azutavicum Kotukhov [Lf: Herb. Lc: Per. D: 22]

16. Allium bajtulinii Bajtenov & I.I.Kamenetskaya [Lf: Herb. Lc: Per. D: 25]

17. Allium goloskokovii Vved. [Lf: Herb. Lc: Per. D: 23, 24]

18. Allium ivasczenkoae Kotukhov [Lf: Herb. Lc: Per. D: 22]

19. Allium iliense Regel [Lf: Herb. Lc: Per. D: 26]

20. Allium jaxarticum Vved. [Lf: Herb. Lc: Per. D: 29]

21. Allium kasteki Popov. [Lf: Herb. Lc: Per. Cs: RB. D: 25]

22. Allium koksuense R.M. Fritsch, N. Friesen & S.V. Smirn. [Lf: Herb. Lc: Per. D: 24]

23. Allium kujukense Vved. [Lf: Herb. Lc: Per. D: 28, 29]

24. Allium lasiophyllum Vved. [Lf: Herb. Lc: Per. D: 25,25a]

25. Allium lehmannianum Merckl. ex Bunge [Lf: Herb. Lc: Per. D: 9, 10, 15, 16, 20]

26. Allium lepsicum R.M.Fritsch, N.Friesen & S.V.Smirn. [Lf: Herb. Lc: Per. D: 24]

27. Allium oreoprasoides Vved. [Lf: Herb. Lc: Per. D: 28]

28. Allium sergii Vved. [Lf: Herb. Lc: Per. Cs: RB. D: 28]

29. Allium scrobiculatum Vved. [Lf: Herb. Lc: Per. D: 16, 17, 26]

30. Allium subscabrum (Regel) R.M.Fritsch [Lf: Herb. Lc: Per. D: 18, 26]

31. Allium toksanbaicum N.Friesen & Veselova [Lf: Herb. Lc: Per. D: 24]

32. Allium turtschicum Regel [Lf: Herb. Lc: Per. Cs: RB. D: 28]

33. Allium victoris Vved. [Lf: Herb. Lc: Per. D: 29]

34. Allium viridulum Ledeb. [Lf: Herb. Lc: Per. D: 11, 18, 23]

35. Allium zaissanicum Kotukhov [Lf: Herb. Lc: Per. D: 12]

Fam. 3. Apiaceae Lindl.

Gen. 12. Autumnalia Pimenov

36. Autumnalia botschantzevii Pimenov [Lf: Herb. Lc: Per. D: 28, 29]

Gen. 13. Eryngium L.

37. Eryngium karatavicum Iljin [Lf: Herb. Lc: Per. Cs: RB. D: 28]

Gen. 14. Ferula L.

38. Ferula glaberrima Korovin [Lf: Herb. Lc: Per. Cs: RB. D: 17]

39. Ferula gypsacea Korovin [Lf: Herb. Lc: Per. Cs: RB. D: 21]

40. Ferula leucographa Korovin * [Lf: Herb. Lc: Per. Cs: RB. D: 28]

41. Ferula malacophylla Pimenov & J.V.Baranova [Lf: Herb. Lc: Per. Cs: RB. D: 28]

42. Ferula pachyphylla Korovin [Lf: Herb. Lc: Per. D: 28]

43. Ferula sugatensis Bajtenov [Lf: Herb. Lc: Per. Cs: RB. D: 25]

44. Ferula taucumica Baitenov [Lf: Herb. Lc: Per. Cs: RB. D: 18]

45. Ferula xeromorpha Korovin [Lf: Herb. Lc: Per. Cs: RB. D: 21]

Gen. 15. Hyalolaena Bunge

46. Hyalolaena tschuiliensis (Pavlov) Pimenov & Kljuykov [Lf: Herb. Lc: Per. Cs: RB. D: 26]

Gen. 16. Karatavia Pimenov & Lavrova

47. Karatavia kultiassovii (Korovin) Pimenov & Lavrova [Lf: Herb. Lc: Per. Cs: RB. D: 28, 29]

Gen. 17. Pachypleurum Ledeb.

48. Pachypleurum altaicum Revuschkin [Lf: Herb. Lc: Per. D: 22]

Gen. 18. Pilopleura Schischk.

49. Pilopleura goloskokovii (Korovin) Pimenov [Lf: Herb. Lc: Per. Cs: RB. D: 24]

Gen. 19. Prangos Lindl.

50. Prangos dzhungarica Pimenov [Lf: Herb. Lc: Per. D: 24]

51. Prangos equisetoides Kuzjmina [Lf: Herb. Lc: Per. Cs: RB. D: 28]

52. Prangos lachnantha (Korovin) Pimenov & Kljuykov [Lf: Herb. Lc: Per. Cs: RB. D: 17]

53. Prangos multicostata Kljuykov & Lyskov * [Lf: Herb. Lc: Per. D: 23]

Gen. 20. Schrenkia Fisch. & C.A.Mey.

54. Schrenkia congesta Korovin [Lf: Herb. Lc: Per. D: 28, 29]

55. Schrenkia involucrata Regel & Schmalh. [Lf: Herb. Lc: Per. D: 16, 17, 26, 28, 29]

56. Schrenkia kultiassovii Korovin [Lf: Herb. Lc: Per. Cs: RB. D: 29]

57. Schrenkia papillaris Regel & Schmalh. [Lf: Herb. Lc: Per. D: 28]

Gen. 21. Schtschurowskia Regel & Schmalh.

58. Schtschurowskia margaritae Korovin [Lf: Herb. Lc: Per. Cs: RB. D: 28]

Gen. 22. Seseli L.

59. Seseli betpakdalense Bajtenov [Lf: Herb. Lc: Per. D: 16]

60. Seseli mironovii (Korovin) Pimenov & Sdobnina [Lf: Herb. Lc: Per. D: 16]

Gen. 23. Sphaenolobium Pimenov

61. Sphaenolobium korovinii Pimenov & Kljuykov [Lf: Herb. Lc: Per. D: 28, 29]

Gen. 24. Tschulaktavia Bajtenov ex Pimenov & Kljuykov

62. Tschulaktavia saxatilis (Bajtenov) Bajtenov ex Pimenov & Kljuykov [Lf: Herb. Lc: Per. Cs: RB. D: 24]

Fam. 4. Asparagaceae Juss.

Gen. 25. Asparagus Tourn. ex L.

63. Asparagus vvedenskyi Botsch. [Lf: Herb. Lc: Per. Cs: RB. D: 21]

Fam. 5. Asteraceae Bercht. & J.Presl

Gen. 26. Alfredia Cass.

64. Alfredia integrifolia (Iljin) Tulyag. [Lf: Herb. Lc: Per. D: 24]

Gen. 27. Amberboa (Pers.) Less.

65. Amberboa takhtajanii Gabrieljan [Lf: Herb. Lc: An. D: 12]

Gen. 28. Arctium L.

66. Arctium alberti (Regel & Schmalh.) S.López, Romasch., Susanna & N.Garcia [Lf: Herb. Lc: Per. D: 28, 29]

67. Arctium arctiodes (Schrenk) Kuntze [Lf: Herb. Lc: Per. D: 9, 10, 15, 16]

68. Arctium grandifolium (Kult.) S.López, Romasch., Susanna & N.Garcia RB. [Lf: Herb. Lc: Per. Cs: RB. D: 28, 29]

69. Arctium ugamense (Karmysch.) S.López, Romasch., Susanna & N.Garcia [Lf: Herb. Lc: Per. D: 29]

Gen. 29. Artemisia L.

70. Artemisia aralensis Krasch. [Lf: Dwarf semishrub. Lc: Per. D: 7, 9, 10, 14]

71. Artemisia camelorum Krasch. [Lf: Dwarf semishrub. Lc: Per. D: 7, 7а, 8, 9, 10, 14, 15]

72. Artemisia filatovae Kupr. [Lf: Dwarf semishrub. Lc: Per. D: 10]

73. Artemisia hippolyti A.Butkov [Lf: Dwarf semishrub. Lc: Per. D: 16]

74. Artemisia kasakorum (Krasch.) Pavlov [Lf: Herb. Lc: Per. D: 8, 11]

75. Artemisia kotuchovii Kupr. [Lf: Herb. Lc: Per. D: 22]

76. Artemisia quinqueloba Trautv. [Lf: Subshrub. Lc: Per. D: 7, 8, 14, 15, 16]

77. Artemisia saurensis Kupr. [Lf: Dwarf semishrub. Lc: Per. D: 23]

78. Artemisia valida Krasch. ex Poljakov [Lf: Dwarf semishrub. Lc: Per. D: 21, 28]

Gen. 30. Brachanthemum DC.

79. Brachanthemum kasakhorum Krasch. [Lf: Dwarf semishrub. Lc: Per. D: 2, 10, 16, 18]

Gen. 31. Cancriniella Tzvelev

80. Cancriniella krascheninnikovii (Rubtzov) Tzvelev [Lf: Herb. Lc: Per. Cs: RB. D: 16, 26]

Gen. 32. Centaurea L.

81. Centaurea kryloviana Serg. * [Lf: Herb. Lc: Per. D: 11, 12, 22]

Gen. 33. Chondrilla L.

82. Chondrilla bosseana Iljin [Lf: Herb. Lc: Per. D: 17, 18]

83. Chondrilla macra Iljin [Lf: Herb. Lc: Per. D: 16, 17]

84. Chondrilla mujunkumensis Iljin & Igolkin [Lf: Herb. Lc: Per. D: 17, 18]

Gen. 34. Cousinia Cass.

85. Cousinia aspera (Kult.) Karmysch. [Lf: Herb. Lc: Per. D: 29]

86. Cousinia gomolitzkii Juz. ex Tscherneva [Lf: Herb. Lc: Per. D: 28]

87. Cousinia kasachstanica Sennikov [Lf: Herb. Lc: Per. D: 27]

88. Cousinia mindshelkensis B.Fedtsch. [Lf: Herb. Lc: Per. Cs: RB. D: 28]

89. Cousinia perovskiensis (Bornm.) Juz. ex Tschern. [Lf: Herb. Lc: Per. D: 14, 15, 16, 17, 18, 20, 24]

90. Cousinia schepsaica Karmysch. [Lf: Herb. Lc: Per. D: 29]

91. Cousinia turkestanica (Regel) Juz. [Lf: Herb. Lc: Per. D: 29]

92. Cousinia xanthiocephala Tscherneva [Lf: Herb. Lc: Per. D: 21]

Gen. 35. Echinops L.

93. Echinops kasakorum Pavlov [Lf: Herb. Lc: Per. Cs: RB. D: 28]

94. Echinops pubisquameus Iljin [[Lf: Herb. Lc: Per. D: 28]

95. Echinops subglaber Schrenk [Lf: Herb. Lc: Per. D: 15, 16, 28]

96. Echinops transiliensis Golosk. [Lf: Herb. Lc: Per. D: 25, 26]

Gen. 36. Galatella Cass.

97. Galatella bectauatensis Kupr. & Koroljuk [Lf: Herb. Lc: Per. D: 11]

98. Galatella polygaloides Novopokr. [Lf: Herb. Lc: Per. D: 25а]

99. Galatella saxatilis Novopokr. [Lf: Herb. Lc: Per. Cs: RB. D: 25]

Gen. 37. Hieracium L.

100. Hieracium bectauatense Kupr. [Lf: Herb. Lc: Per. D: 11]

Gen. 38. Jurinea Cass.

101. Jurinea almaatensis Iljin [Lf: Herb. Lc: Per. Cs: RB. D: 25]

102. Jurinea bracteata Regel & Schmalh. [Lf: Herb. Lc: Per. D: 24]

103. Jurinea cephalopoda Iljin [Lf: Herb. Lc: Per. Cs: RB. D: 15, 21, 28]

104. Jurinea czilikinoana Iljin [Lf: Herb. Lc: Per. D: 28]

105. Jurinea eximia Tekutj. [Lf: Herb. Lc: Per. Cs: RB. D: 28]

106. Jurinea fedtschenkoana Iljin [Lf: Herb. Lc: Per. Cs: RB. D: 1, 7, 7а, 10]

107. Jurinea hamulosa Rubtzov [Lf: Herb. Lc: Per. D: 23, 24]

108. Jurinea karatavica Iljin [Lf: Herb. Lc: Per. D: 17, 18]

109. Jurinea kazachstanica Iljin [Lf: Herb. Lc: Per. D: 6, 7, 8, 14]

110. Jurinea knorringiana Iljin [Lf: Herb. Lc: Per. D: 28]

111. Jurinea krascheninnikovii Iljin [Lf: Herb. Lc: Per. D: 9, 11а, 15, 16, 17, 26]

112. Jurinea lithophila Rubtzov [Lf: Herb. Lc: Per. D: 24]

113. Jurinea monticola Iljin [Lf: Herb. Lc: Per. D: 28]

114. Jurinea multiceps Iljin [Lf: Herb. Lc: Per. D: 28]

115. Jurinea pineticola Iljin [Lf: Herb. Lc: Per. D: 3, 4]

116. Jurinea rhizomatoidea Iljin [Lf: Herb. Lc: Per. D: 28]

117. Jurinea robusta Schrenk [Lf: Herb. Lc: Per. Cs: RB. D: 16, 25, 26]

118. Jurinea serratuloides Iljin [Lf: Herb. Lc: Per. D: 12, 23]

119. Jurinea suidunensis Korsh. [Lf: Herb. Lc: Per. D: 12, 18, 24]

120. Jurinea xerophytica Iljin [Lf: Herb. Lc: Per. D: 4, 9, 11, 12, 14]

Gen. 39. Lamyropsis (Kharadze) Dittrich

121. Lamyropsis macracantha (Schrenk) Dittrich [Lf: Herb. Lc: Per. D:23, 24]

Gen. 40. Lepidolopha C.Winkl.

122. Lepidolopha gomolitzkii Kovalevsk. & Safral. [Lf: Herb. Lc: Per. D: 28]

123. Lepidolopha karatavica Pavlov [Lf: Herb. Lc: Per. Cs: RB. D: 28]

124. Lepidolopha krascheninnikovii Czil. ex Kovalevsk. & Safral. [Lf: Herb. Lc: Per. D: 28]

125. Lepidolopha talassica Kovalevsk. & Safral. [Lf: Herb. Lc: Per. RB. D: 29]

Gen. 41. Rhaponticum Vaill.

126. Rhaponticum karatavicum Regel & Schmalh. [Lf: Herb. Lc: Per. Cs: RB. D: 28]

Gen. 42. Ligularia Cass.

127. Ligularia pavlovii (Lipsch.) Cretz. [Lf: Herb. Lc: Per. Cs: RB. D: 28]

Gen. 43. Pseudoglossanthis Poljakov

128. Pseudoglossanthis arctodshungarica (Golosk.) Kamelin [Lf: Subshrub. Lc: Per. Cs: RB. D: 24]

129. Pseudoglossanthis simulans (Pavlov) Kamelin [Lf: Herb. Lc: Per. D: 29]

Gen. 44. Pseudopodospermum (Lipsch. &Krasch.) Kuth.

130. Pseudopodospermum chantavicum (Pavlov) Zaika, Sukhor. & N.Kilian [Lf: Herb. Lc: Per. Cs: RB. D: 26]

Gen. 45. Rhaponticoides Vaill.

131. Rhaponticoides kultiassovii (Iljin) Negaresh [Lf: Herb. Lc: Per. Cs: RB. D: 28]

132. Rhaponticoides phyllopoda (Iljin) Negaresh [Lf: Herb. Lc: Per. D: 28, 29]

133. Rhaponticoides zaissanica Kupr., A.L. Ebel et Khrustaleva [Lf: Herb. Lc: Per. D: 12]

Gen. 46. Saussurea DC.

134. Saussurea mikeschinii Iljin [Lf: Subshrub. Lc: Per. Cs: RB. D: 28]

135. Saussurea ninae Iljin [Lf: Herb. Lc: Per. D: 24]

136. Saussurea pseudoblanda Lipsch. ex Filat. [Lf: Herb. Lc: Per. D: 24]

Gen. 47. Scorzonera L.

137. Scorzonera dianthoides (Lipsch. & Krasch.) Lipsch. [Lf: Herb. Lc: Per. D: 11]

138. Scorzonera franchetii Lipsch. [Lf: Herb. Lc: Per. D: 29]

139. Scorzonera vavilovii Kult. [Lf: Dwarf semishrub. Lc: Per. D: 28, 29]

Gen. 48. Senecio L.

140. Senecio iljinii Schischk. [Lf: Herb. Lc: Per. D: 24]

141. Senecio nuraniae Roldugin [Lf: Herb. Lc: An. D: 29]

Gen. 49. Takhtajaniantha Nazarova

142. Takhtajaniantha veresczaginii (Kamelin & S.V.Smirn.) Zaika, Sukhor. & N.Kilian [Lf. Herb. Lc: Per. D: 22]

Gen. 50. Tanacetopsis (Tzvelev) Kovalevsk.

143. Tanacetopsis goloskokovii (Poljakov) Karmysch. [Lf: Herb. Lc: Per. Cs: RB. D: 24, 25]

144. Tanacetopsis pjataevae (Kovalevsk.) Karmysch. [Lf: Herb. Lc: Per. Cs: RB. D: 28]

145. Tanacetopsis popovii Kamelin & Kovalevsk. [Lf: Herb. Lc: Per. D: 28]

Gen. 51. Tanacetum L.

146. Tanacetum corymbiforme (Tzvelev) K.Bremer & Humphries [Lf: Herb. Lc: Per. D: 23, 24]

147. Tanacetum kelleri (Krylov & Plotn.) Takht. [Lf: Herb. Lc: Per. Cs: RB. D: 22]

148. Tanacetum mindshelkense Kovalevsk. [Lf: Herb. Lc: Per. D: 28]

149. Tanacetum saryarkense Kamelin [Lf: Herb. Lc: Per. D: 16, 26]

150. Tanacetum saxicola (Krasch.) Tzvelev [Lf: Herb. Lc: Per. Cs: RB. D: 7а, 8]

151. Tanacetum ulutavicum Tzvelev [Lf: Herb. Lc: Per. Cs: RB. D: 10a]

Gen. 52. Taraxacum F.H.Wigg.

152. Taraxacum almaatense Schischk. [Lf: Herb. Lc: Per. D: 25]

153. Taraxacum arasanum R.Doll [Lf: Herb. Lc: Per. D: 25]

154. Taraxacum atrochlorinum Kirschner & Štěpánek [Lf: Herb. Lc: Per. D: 25]

155. Taraxacum botschantzevii Schischk. [Lf: Herb. Lc: Per. D: 28]

156. Taraxacum cornucopiae Kirschner & Štěpánek [Lf: Herb. Lc: Per. D: 25]

157. Taraxacum corvinum Kirschner & Štěpánek [Lf: Herb. Lc: Per. D: 25]

158. Taraxacum dzhungaricola Kirschner & Štěpánek [Lf: Herb. Lc: Per. D: 24]

159. Taraxacum glabellum Schischk. [Lf: Herb. Lc: Per. D: 28]

160. Taraxacum karatavicum Pavlov [Lf: Herb. Lc: Per. D: 28]

161. Taraxacum kasachiforme R.Doll [Lf: Herb. Lc: Per. D: 25]

162. Taraxacum kasachum R.Doll [Lf: Herb. Lc: Per. D: 25]

163. Taraxacum magnum Korol. [Lf: Herb. Lc: Per. D: 25a]

164. Taraxacum medeense R.Doll [Lf: Herb. Lc: Per. D: 24, 25]

165. Taraxacum perpusillum Schischk. [Lf: Herb. Lc: Per. D: 24]

166. Taraxacum pseudolugubre R.Doll [Lf: Herb. Lc: Per. D: 25]

167. Taraxacum pseudotianschanicum R.Doll [Lf: Herb. Lc: Per. D: 8]

168. Taraxacum saposhnikovii Schischk. [Lf: Herb. Lc: Per. D: 23, 24]

169. Taraxacum sublilacinum Kirschner & Štěpánek [Lf: Herb. Lc: Per. D: 25]

170. Taraxacum urdzharense Orazova [Lf: Herb. Lc: Per. D: 23]

171. Taraxacum violaceum R.Doll [Lf: Herb. Lc: Per. D: 25]

Gen. 53. Tragopogon L.

172. Tragopogon karelinii S.A.Nikitin [Lf: Herb. Lc: Bi. D: 10, 16, 18, 23, 24]

Gen. 54. Vickifunkia C.Ren, L.Wang, I.D.Illar. & Q.E.Yang

173. Vickifunkia kareliniana (Stschegl.) C.Ren, L.Wang, I.D.Illar. & Q.E.Yang [Lf: Herb. Lc: Per. D: 23]

Fam. 6. Berberidaceae Juss.

Gen. 55. Berberis L.

174. Berberis karkaralensis Kornil. & Potapov [Lf: Shrub. Lc: Per. Cs: RB. D: 11a]

Fam. 7. Betulaceae Gray

Gen. 56. Betula L.

175. Betula karagandensis V.N.Vassil. [Lf: Tree. Lc: Per. D: 11а]

176. Betula saviczii V.N.Vassil. [Lf: Tree. Lc: Per. D: 10]

Fam. 8. Bignoniaceae Juss.

Gen. 57. Incarvillea Juss.

177. Incarvillea semiretschenskia (B.Fedtsch.) Grierson [Lf: Herb. Lc: Per. Cs: RB. D: 26]

Fam. 9. Boraginaceae Juss.

Gen. 58. Eritrichium Schrad. ex Gaudin

178. Eritrichium relictum Kudab. [Lf: Herb. Lc: Per. D: 24]

Gen. 59. Heliotropium Tourn. ex L.

179. Heliotropium parvulum Popov [Lf: Herb. Lc: An. Cs: RB. D: 16, 18, 25]

Gen. 60. Lappula Moench

180. Lappula baitenovii Kudab. [Lf: Herb. Lc: Bi. D: 25]

181. Lappula coronifera Popov [Lf: Herb. Lc: An. D: 11]

182. Lappula cristata (Bunge) B.Fedtsch. *[Lf: Herb. Lc: An. D: 10, 11, 12]

183. Lappula diploloma (Fisch. & C.A.Mey.) Gürke [Lf: Herb. Lc: An. D: 9, 11]

184. Lappula glabrata Popov [Lf: Herb. Lc: Bi. Cs: RB. D: 16]

185. Lappula ketmenica Kudab. [Lf: Herb. Lc: An. D: 25a]

186. Lappula kuprijanovii Ovczinnikova [Lf: Herb. Lc: Bi. RB. D: 28]

187. Lappula lipschitzii Popov [Lf: Herb. Lc: An. D: 21]

188. Lappula pavlovii Golosk. [Lf: Herb. Lc: An. D: 24]

189. Lappula saphronovae Kamelin [Lf: Herb. Lc: Bi. D: 13b]

190. Lappula zaissanica (Aralbaev) Aralbaev [Lf: Herb. Lc: An. D: 12]

Gen. 61. Lepechiniella Popov

191. Lepechiniella austrodshungarica Golosk. [Lf: Herb. Lc: An.-Bi. D: 10, 24]

192. Lepechiniella michaelis Golosk. [Lf: Herb. Lc: Per. Cs: RB. D: 24]

193. Lepechiniella omphaloides (Schrenk) Popov [Lf: Herb. Lc: Bi. D: 10]

194. Lepechiniella saurica (Bajtenov & Kudab.) Ovczinnikova [Lf: Herb. Lc: An. D: 23]

Gen. 62. Mattiastrum (Boiss.) Brand

195. Mattiastrum karataviense (Pavlov ex Popov) Czerep. [Lf: Herb. Lc: Per. Cs: RB. D: 28]

Gen. 63. Myosotis L.

196. Myosotis kazakhstanica O.D.Nikif. [Lf: Herb. Lc: An. D: 10, 10a, 11, 11a]

Gen. 64. Paracaryum Boiss.

197. Paracaryum integerrimum Myrz. [Lf: Herb. Lc: Per. Cs: RB. D: 28]

Gen. 65. Rindera Pall.

198. Rindera ochroleuca Kar. & Kir. * [Lf: Herb. Lc: Per. Cs: RB. D: 18]

Gen. 66. Rochelia Rchb.

199. Rochelia leiosperma (Popov) Golosk. [Lf: Herb. Lc: An. D: 24]

Gen. 67. Sauria Bajtenov

200. Sauria akkolia Bajtenov [Lf: Herb. Lc: Per. D: 17]

Fam. 10. Brassicaceae Burnett

Gen. 68. Botschantzevia Nabiev

201. Botschantzevia karatavica (Lipsch. & Pavlov) Nabiev [Lf: Dwarf semishrub. Lc: Per. Cs: RB. D: 28]

Gen. 69. Clausia Korn-Trotzky.

202. Clausia kasakorum Pavlov [Lf: Herb. Lc: Per. D: 10a]

203. Clausia robusta Pachom. [Lf: Herb. Lc: Per. D: 5]

Gen. 70. Erysimum Tourn. ex L.

204. Erysimum kazachstanicum Botsch. [Lf: Herb. Lc: Bi. D: 10, 10а, 11, 23]

Gen. 71. Eutrema R.Br.

205. Eutrema halophilum (C.A.Mey.) Al-Shehbaz & Warwick* [Lf: Herb. Lc: An. D: 2, 3, 4, 11, 12]

206. Eutrema platypetalum (Schrenk) Al-Shehbaz & Warwick [Lf: Herb. Lc: Per. D: 24]

Gen. 72. Isatis Tourn. ex L.

207. Isatis canaliculata (Vassilcz.) V.V.Botschantz. [Lf: Herb. Lc: Bi. D: 9, 10]

208. Isatis deserti (N.Busch) V.V.Botschantz. [Lf: Herb. Lc: An. D: 16]

Gen. 73. Lepidium L.

209. Lepidium jarmolenkoi V.M.Vinogr. [Lf: Herb. Lc: Per. D: 16]

210. Lepidium karataviense Regel & Schmalh. [Lf: Herb. Lc: Per. D: 28]

211. Lepidium mummenhoffianum Al-Shehbaz [Lf: Herb. Lc: Per. D: 24]

212. Lepidium pavlovii Al-Shehbaz & Mummenhoff [Lf: Herb. Lc: Per. Cs: RB. D: 28, 29]

213. Lepidium robustum (Pavlov) Al-Shehbaz [Lf: Herb. Lc: Per. Cs: RB. D: 28]

214. Lepidium sagittatum (Kar. & Kir.) Al-Shehbaz [Lf: Herb. Lc: Per. Cs: RB. D: 23, 24]

215. Lepidium trautvetteri (Botsch.) Al-Shehbaz [Lf: Herb. Lc: Per. Cs: RB. D: 16, 18]

Gen. 74. Parrya R.Br.

216. Parrya longicarpa Krasn. [Lf: Herb. Lc: Per. D: 26]

217. Parrya papillosa (Vassilcz.) D.A.German & Al-Shehbaz [Lf: Herb. Lc: An. D: 28, 29]

218. Parrya pavlovii A.N.Vassiljeva [Lf: Herb. Lc: Per. D: 28]

219. Parrya pazijae (Pachom.) D.A.German & Al-Shehbaz [Lf: Undershrub. Lc: Per. D: 28, 29]

220. Parrya saurica (Pachom.) D.A.German & Al-Shehbaz [Lf: Herb. Lc: Per. D: 23]

221. Parrya vvedenskyi (Pachom.) D.A.German & Al-Shehbaz [Lf: Herb. Lc: Bi. D: 28, 29]

Gen. 75. Rhammatophyllum O.E.Schulz

222. Rhammatophyllum pachyrhizum (Kar. & Kir.) O.E.Schulz [Lf: Dwarf semishrub. Lc: Per. D: 7а, 8, 9, 10, 10а, 11, 13, 14, 16, 22, 24]

Gen. 76. Strigosella Boiss.

223. Strigosella myrzakulovii Bajtenov [Lf: Herb. Lc: An. D: 28, 29]

Fam. 11. Campanulaceae Juss.

Gen. 77. Sergia Fed.

224. Sergia sewerzowii (Regel) Fed. [Lf: Herb. Lc: Per. D: 28, 29]

Fam. 12. Caryophyllaceae Juss.

Gen. 78. Eremogone Fenzl

225. Eremogone turlanica (Bajtenov) Czerep. [Lf: Herb. Lc: Per. Cs: RB. D: 28]

Gen. 79. Dianthus L.

226. Dianthus karataviensis Pavlov [Lf: Herb. Lc: Per. RB. D: 28, 29]

227. Dianthus multisquameus Bondarenko & R.M.Vinogr. [Lf: Herb. Lc: Per. D: 28, 29]

Gen. 80. Gypsophila L.

228. Gypsophila aulieatensis B.Fedtsch. [Lf: Herb. Lc: Per. Cs: RB. D: 28]

Gen. 81. Silene L.

229. Silene anisoloba Schrenk [Lf: Herb. Lc: Per. D: 10, 10a]

230. Silene betpakdalensis Bajtenov [Lf: Herb. Lc: Per. Cs: RB. D: 13, 16, 26]

231. Silene jaxartica Pavlov [Lf: Herb. Lc: Per. Cs: RB. D: 28]

232. Silene muslimii Pavlov [Lf: Herb. Lc: Per. Cs: RB. D: 24, 26]

Fam. 13. Convolvulaceae Juss.

Gen. 82. Cuscuta L.

233. Cuscuta camelorum Pavlov [Lf: Herb. Lc: An. D: 28]

234. Cuscuta elpassiana Pavlov [Lf: Herb. Lc: An. D: 26]

235. Cuscuta karatavica Pavlov [Lf: Herb. Lc: An. D: 28]

Fam. 14. Crassulaceae J.St.-Hil.

Gen. 83. Pseudosedum (Boiss.) A.Berger

236. Pseudosedum karatavicum Boriss. [Lf: Herb. Lc: Per. Cs: RB. D: 28]

Fam. 15. Cyperaceae Juss.

Gen. 84. Cyperus L.

237. Cyperus soongoricus Kar. & Kir. [Lf: Herb. Lc: An. D: 12]

Fam. 16. Euphorbiaceae Juss.

Gen. 85. Euphorbia L.

238. Euphorbia heptapotamica Golosk. [Lf: Herb. Lc: An. D: 24]

239. Euphorbia kalbaensis Baikov & I.V.Khan [Lf: Herb. Lc: Per. D: 22]

240. Euphorbia saurica Baikov [Lf: Herb. Lc: Per. D: 23]

241. Euphorbia yaroslavii Poljakov [Lf: Herb. Lc: Per. Cs: RB. D: 25]

Fam. 17. Fabaceae Lindl.

Gen. 86. Astragalus L.

242. Astragalus abbreviatus Kar. & Kir. [Lf: Herb. Lc: Per. D: 24, 25, 25а, 26, 27]

243. Astragalus arganaticus Bunge [Lf: Herb. Lc: Per. D: 18, 24]

244. Astragalus balchaschensis Sumnev. [Lf: Herb. Lc: Per. D: 18]

245. Astragalus brotherusii Podlech [Lf: Herb. Lc: Per. D: 25]

246. Astragalus chaetolobus Bunge [Lf: Subshrub. Lc: Per. D: 4, 11, 22]

247. Astragalus citoinflatus Bondarenko [Lf: Herb. Lc: Per. D: 17]

248. Astragalus clausii C.A.Mey. [Lf: Herb. Lc: Per. D: 6]

249. Astragalus cytisoides Bunge [Lf: Dwarf semishrub. Lc: Per. D: 18]

250. Astragalus fragiformis Willd. [Lf: Undershrub. Lc: Per. D: 22]

251. Astragalus georgii Gontsch. [Lf: Dwarf semishrub. Lc: Per. D: 28]

252. Astragalus inflatus DC. [Lf: Undershrub. Lc: Per. D: 22]

253. Astragalus jaxarticus Pavlov [Lf: Herb. Lc: Per. D: 26, 28]

254. Astragalus juvenalis Delile [Lf: Herb. Lc: An. D: 10, 18]

255. Astragalus karataviensis Pavlov [Lf: Dwarf semishrub. Lc: Per. Cs: RB. D: 21, 28]

256. Astragalus karatjubeki Golosk. [Lf: Subshrub. Lc: Per. D: 16, 18]

257. Astragalus kasachstanicus subsp. coloratus Knjaz. [Lf: Herb. Lc: Per. D: 10, 11а]

258. Astragalus kazymbeticus Saposhn. ex Sumnev. [Lf: Herb. Lc: Per. D: 24]

259. Astragalus kopalensis Lipsky [Lf: Shrub. Lc: Per. Cs: RB. D: 24]

260. Astragalus krascheninnikovii Kamelin [Lf: Shrub. Lc: Per. Cs: RB. D: 16]

261. Astragalus krasnovii Popov [Lf: Herb. Lc: Per. D: 26]

262. Astragalus leucocalyx Popov * [Lf: Shrub. Lc. Per. D: 28]

263. Astragalus lipschitzii Pavlov [Lf: Undershrub. Lc: Per. D: 28, 29]

264. Astragalus mokeevae Popov [Lf: Subshrub. Lc: Per. D: 28]

265. Astragalus neopopovii Golosk. [Lf: Herb. Lc: Per. D: 24]

266. Astragalus psammophilus Golosk. [Lf: Subshrub. Lc: Per. D: 18]

267. Astragalus pseudocytisoides Popov Lf: Dwarf semishrub. Lc: Per. Cs: RB. D: 25, 26]

268. Astragalus psilopus Schrenk [Lf: Herb. Lc: Per. D: 18, 24]

269. Astragalus pulposus Popov [Lf: Herb. Lc: Per. D: 25]

270. Astragalus pycnolobus Bunge [Lf: Subshrub. Lc: Per. D: 12, 22]

271. Astragalus rariflorus Ledeb. * [Lf: Herb. Lc: Per. D: 11]

272. Astragalus rubtzovii Boriss. [Lf: Herb. Lc: Per. Cs: RB. D: 25а]

273. Astragalus saphronovae Kulikov [Lf: Dwarf semishrub. Lc: Per. D: 7, 13, 13b]

274. Astragalus sarchanensis Gontsch. [Lf: Herb. Lc: Per. D: 24]

275. Astragalus semenovii Bunge [Lf: Herb. Lc: Per. D: 18, 24, 25а]

276. Astragalus sisyrodytes Bunge [Lf: Herb. Lc: Per. D: 28]

277. Astragalus spartioides Kar. & Kir. [Lf: Subshrub. Lc: Per. D: 18]

278. Astragalus speciosissimus Pavlov [Lf: Subshrub. Lc: Per. D: 28]

279. Astragalus subcaracugensis Sitpaeva [Lf: Subshrub. Lc: Per. D: 9]

280. Astragalus subternatus Pavlov [Lf: Herb. Lc: Per. Cs: RB. D: 28]

281. Astragalus sumneviczii Pavlov [Lf: Herb. Lc: Per. Cs: RB. D: 16]

282. Astragalus terektensis Fisjun [Lf: Herb. Lc: Per. D: 24]

283. Astragalus transnominatus M.N.Abdull. [Lf: Herb. Lc: Per. D: 26, 28]

284. Astragalus tscharynensis Popov [Lf: Undershrub. Lc: Per. Cs: RB. D: 24, 25]

285. Astragalus turajgyricus Golosk. [Lf: Herb. Lc: Per. D: 25]

286. Astragalus unilateralis Kar. & Kir. [Lf: Herb. Lc: Per. D: 4, 7, 8, 11, 12, 22]

287. Astragalus virens Pavlov [Lf: Herb. Lc: Per. D: 28]

Gen. 87. Caragana Lam.

288. Caragana media Sanchir [Lf: Shrub. Lc: Per. D: 10, 11]

Gen. 88. Chesneya Lindl. ex Endl.

289. Chesneya karatavica Kamelin [Lf: Herb. Lc: Per. D: 28]

Gen. 89. Hedysarum L.

290. Hedysarum bectauatavicum Bajtenov [Lf: Herb. Lc: Per. Cs: RB. D: 11]

291. Hedysarum chantavicum Popov ex Bajtenov [Lf: Herb. Lc: Per. D: 26]

292. Hedysarum karataviense B.Fedtsch. [Lf: Herb. Lc: Per. Cs: RB. D: 28]

293. Hedysarum nikolai Kovalevsk. [Lf: Herb. Lc: Per. D: 28]

294. Hedysarum mindshilkense Bajtenov [Lf: Herb. Lc: Per. Cs: RB. D: 28]

295. Hedysarum pallidiflorum Pavlov [Lf: Herb. Lc: Per. D: 28]

296. Hedysarum pavlovii Bajtenov [Lf: Herb. Lc: Per. D: 28]

297. Hedysarum tarbagataicum Knjaz. [Lf: Herb. Lc: Per. D: 3, 11, 12, 22, 23]

298. Hedysarum ulutavicum Knjaz. [Lf: Herb. Lc: Per. D: 10а]

299. Hedysarum villosissimum Knjaz. [Lf: Herb. Lc: Per. D: 10, 11]

Gen. 90. Onobrychis Mill.

300. Onobrychis alatavica Bajtenov * [Lf: Herb. Lc: Per. Cs: RB. D: 25]

Gen. 91. Oxytropis DC.

301. Oxytropis alberti-regelii Vassilcz. [Lf: Herb. Lc: Per. D: 29]

302. Oxytropis almaatensis Bajtenov [Lf: Herb. Lc: Per. Cs: RB. D: 25, 25а]

303. Oxytropis bajtulinii Kotukhov [Lf: Herb. Lc: Per. D: 22]

304. Oxytropis biloba Saposhn. [Lf: Herb. Lc: Per. Cs: RB. D: 23]

305. Oxytropis bosculensis Golosk. [Lf: Herb. Lc: Per. D: 25]

306. Oxytropis brevicaulis Ledeb. [Lf: Herb. Lc: Per. D: 2, 3, 9, 10, 11, 18]

307. Oxytropis canopatula Vassilcz. [Lf: Herb. Lc: Per. D: 28]

308. Oxytropis cretacea Basil. [Lf: Herb. Lc: Per. D: 1]

309. Oxytropis echidna Vved. [Lf: Undershrub. Lc: Per. Cs: RB. D: 28]

310. Oxytropis fruticulosa Bunge [Lf: Undershrub. Lc: Per. D: 24]

311. Oxytropis gebleriana Schrenk [Lf: Herb. Lc: Per. D: 1, 2, 3, 7а, 9, 10, 11, 16, 18]

312. Oxytropis heteropoda Bunge [Lf: Herb. Lc: Per. D: 24, 25]

313. Oxytropis karataviensis Pavlov [Lf: Herb. Lc: Per. Cs: RB. D: 28]

314. Oxytropis kyziltalensis Vassilcz. [Lf: Herb. Lc: Per. D: 24]

315. Oxytropis niedzweckiana Popov [Lf: Herb. Lc: Per. Cs: RB. D: 25]

316. Oxytropis pulvinoides Vassilcz. [Lf: Herb. Lc: Per. D: 24]

317. Oxytropis satpaevii Bajtenov [Lf: Herb. Lc: Per. D: 11]

318. Oxytropis subcapitata Gontsch [Lf: Herb. Lc: Per. D: 28]

319. Oxytropis subverticillaris C.A.Mey. [Lf: Herb. Lc: Per. Cs: RB. D: 3, 10, 10а, 11]

320. Oxytropis sumneviczii Krylov [Lf: Herb. Lc: Per. D: 22]

321. Oxytropis talgarica Popov [Lf: Herb. Lc: Per. D: 25]

322. Oxytropis tomentosa Gontsch. [Lf: Herb. Lc: Per. D: 28]

Fam. 18. Frankeniaceae Desv.

Gen. 92. Frankenia L.

323. Frankenia bucharica subsp. mironovii (Botsch.) Chrtek [Lf: Subshrub. Lc: Per. D: 16, 25, 26]

324. Frankenia bucharica subsp. transkaratavica (Botsch.) Chrtek [Lf: Subshrub. Lc: Per. D: 17]

Fam. 19. Gentianaceae Juss.

Gen. 93. Comastoma Toyok.

325. Comastoma irinae (Pachom.) Czerep. [Lf: Herb. Lc: An. D: 25]

Fam. 20. Lamiaceae Martinov

Gen. 94. Dracocephalum L.

326. Dracocephalum pavlovii Roldugin [Lf: Dwarf semishrub. Lc: Per. D: 29]

Gen. 95. Phlomoides Moench.

327. Phlomoides affinis (Schrenk) Salmaki [Lf: Herb. Lc: Per. D: 10, 10а, 11, 16, 17, 18, 28]

328. Phlomoides boraldaica A.L.Ebel [Lf: Herb. Lc: Per. D: 28, 29]

329. Phlomoides czuiliensis (Golosk.) Adylov, Kamelin & Makhm. [Lf: Herb. Lc: Per. D: 26]

330. Phlomoides eremostachydioides (Popov) Y.Zhao & C.L.Xiang [Lf: Herb. Lc: Cs: RB. Per. D: 28]

331. Phlomoides gymnocalyx (Schrenk) Adylov, Kamelin & Makhm. [Lf: Herb. Lc: Per. D: 18, 24, 26]

332. Phlomoides iliensis (Regel) Adylov, Kamelin & Makhm [Lf: Herb. Lc: Per. D: 18, 24]

333. Phlomoides pectinata (Popov) Adylov, Kamelin & Makhm. [Lf: Herb. Lc: Per. D: 28]

334. Phlomoides rotala (Schrenk ex Fisch., C.A.Mey. & Avé-Lall.) Salmaki [Lf: Herb. Lc: Per. D: 18]

335. Phlomoides septentrionalis (Popov) Adylov, Kamelin & Makhm. [Lf: Herb. Lc: Per. D: 27, 28, 29]

Gen. 96. Phlomis L.

336. Phlomis mindshelkensis Lazkov [Lf: Herb. Lc: Per. D: 28]

Gen. 97. Lagochilus Bunge ex Benth.

337. Lagochilus androssowii Knorring [Lf: Dwarf semishrub. Lc: Per. D: 15, 28]

338. Lagochilus longidentatus Knorring [Lf: Dwarf semishrub. Lc: Per. D: 16, 28]

339. Lagochilus taukumensis Tzukerv. [Lf: Dwarf semishrub. Lc: Per. D: 18]

Gen. 98. Leonurus L.

340. Leonurus incanus V.I.Krecz. & Kuprian. [Lf: Herb. Lc: Per. D: 24]

Gen. 99. Salvia L.

341. Salvia trautvetteri Regel [Lf: Herb. Lc: Per. D: 28, 29]

Gen. 100. Scutellaria L.

342. Scutellaria androssovii Juz. [Lf: Herb. Lc: Per. D: 15, 28]

343. Scutellaria karatavica Juz. [Lf: Herb. Lc: Per. Cs: RB. D: 28]

344. Scutellaria kurssanovii Pavlov [Lf: Herb. Lc: Per. D: 28]

345. Scutellaria navicularis Juz. [Lf: Subshrub. Lc: Per. Cs: RB. D: 18, 24]

346. Scutellaria subcaespitosa Pavlov [Lf: Herb. Lc: Per. Cs: RB. D: 27, 28, 29]

347. Scutellaria titovii Juz. [Lf: Herb. Lc: Per. D: 26]

348. Scutellaria turgaica Juz. [Lf: Herb. Lc: Per. D: 9, 10, 10а, 11, 11а, 16]

Gen. 101. Thymus L.

349. Thymus crebrifolius Klokov [Lf: Dwarf semishrub. Lc: Per. D: 10, 10а, 11а]

350. Thymus eremita Klokov [Lf: Dwarf semishrub. Lc: Per. D: 10а, 11]

351. Thymus karatavicus Dmitrieva [Lf: Dwarf semishrub. Lc: Per. D: 28, 29]

352. Thymus magnificus Klokov [Lf: Dwarf semishrub. Lc: Per. D: 25]

Fam. 21. Liliaceae Juss.

Gen. 102. Fritillaria L.

353. Fritillaria kolbintsevii Rukšāns & Zubov [Lf: Herb. Lc: Per. D: 24]

Gen. 103. Gagea Salisb.

354. Gagea almaatensis Levichev, A.Peterson & J.Peterson [Lf: Herb. Lc: Per. D: 25]

355. Gagea iliensis Popov [Lf: Herb. Lc: Per. D: 16,18]

356. Gagea sarysuensis Murz. [Lf: Herb. Lc: Per. D: 10, 11]

357. Gagea ularsaica I.G.Levichev [Lf: Herb. Lc: Per. D: 28, 29]

Gen. 104. Tulipa L.

358. Tulipa alberti Regel [Lf: Herb. Lc: Per. Cs: RB. D: 10, 16, 18, 24, 26, 28, 29]

359. Tulipa annae J.de Groot & Zonn. [Lf: Herb. Lc: Per. D: 22, 24]

360. Tulipa auliekolica Perezhogin [Lf: Herb. Lc: Per. D: 2]

361. Tulipa berkariensis Rukšāns * [Lf: Herb. Lc: Per. D: 27, 28, 29]

362. Tulipa brachystemon Regel * [Lf: Herb. Lc: Per. Cs: RB. D: 24]

363. Tulipa dianae-verettiae J.de Groot & Zonn. [Lf: Herb. Lc: Per. D: 22]

364. Tulipa ivasczenkoae Epiktetov & Belyalov [Lf: Herb. Lc: Per. D: 24]

365. Tulipa kolbintsevii Zonn. [Lf: Herb. Lc: Per. D: 24]

366. Tulipa lemmersii Zonn., Peterse & J.de Groot [Lf: Herb. Lc: Per. D: 29]

367. Tulipa orthopoda Vved. * [Lf: Herb. Lc: Per. D: 28, 29]

368. Tulipa regelii Krasn. [Lf: Herb. Lc: Per. Cs: RB. D: 26]

369. Tulipa turgaica Perezhogin [Lf: Herb. Lc: Per. D: 9]

370. Tulipa salsola Rukšāns & Zubov [Lf: Herb. Lc: Per. D: 24]

Fam. 22. Nitrariaceae Lindl.

Gen. 105. Nitraria L.

371. Nitraria iliensis Banaev & Tomoshevich [Lf: Shrub. Lc: Per. D:18, 24]

Gen. 106. Tetradiclis Steven ex M.Bieb.

372. Tetradiclis corniculata Khalk. [Lf: Herb. Lc: An. D: 12]

Fam. 23. Orobanchaceae Vent.

Gen. 107. Euphrasia L.

373. Euphrasia integriloba J.J.Dmitriev & N.I.Rubtzov [Lf: Herb. Lc: An. D: 24]

374. Euphrasia karataviensis Govor. [Lf: Herb. Lc: An. D: 28, 29]

Gen. 108. Pedicularis L.

375. Pedicularis czuiliensis Semiotr. [Lf: Herb. Lc: Per. Cs: RB. D: 26]

376. Pedicularis interrupta subsp. tarbagataica (Semiotr.) Kamelin [Lf: Herb. Lc: Per. Cs: RB. D: 23]

377. Pedicularis kokpakensis Semiotr. [Lf: Herb. Lc: Per. D: 25a]

378. Pedicularis masalskyi Semiotr. [Lf: Herb. Lc: Per. D: 29]

379. Pedicularis transversa Baimukhambetova [Lf: Herb. Lc: Per. D: 25а]

Fam. 24. Plantaginaceae Juss.

Gen. 109. Linaria Mill.

380. Linaria macrophylla Kuprian. [Lf: Herb. Lc: Per. D: 8]

Fam. 25. Plumbaginaceae Juss.

Gen. 110. Acantholimon Boiss.

380. Acantholimon karatavicum Pavlov [Lf: Undershrub. Lc: Per. D: 17, 28]

382. Acantholimon linczevskii Pavlov [Lf: Undershrub. Lc: Per. Cs: RB. D: 28]

383. Acantholimon mikeschinii Lincz. [Lf: Undershrub. Lc: Per. D: 28]

384. Acantholimon minshelkense Pavlov [Lf: Subshrub. Lc: Per. D: 28]

385. Acantholimon pavlovii Lincz. [Lf: Undershrub. Lc: Per. D: 29]

386. Acantholimon squarrosum Pavlov [Lf: Undershrub. Lc: Per. D: 28]

Gen. 111. Limonium Mill.

387. Limonium botschantzevii (Lincz.) M.Malekm., Akhani & Borsch [Lf: Herb. Lc: Per. D: 21]

388. Limonium michelsonii Lincz. [Lf: Herb. Lc: Per. Cs: RB. D: 24, 25, 25a]

Fam. 26. Poaceae Barnhart

Gen. 112. Agropyron Gaertn,

389. Agropyron cristatum subsp. tarbagataicum (Plotn.) Tzvelev [Lf: Herb. Lc: Per. D: 22, 23]

Gen. 113. Elymus L.

390. Elymus arcuatus (Golosk.) Tzvelev [Lf: Herb. Lc: Per. D: 25]

391. Elymus glaucissimus (Popov) Tzvelev [Lf: Herb. Lc: Per. D: 25]

392. Elymus sibinicus Kotukhov [Lf: Herb. Lc: Per. D: 22]

Gen. 114. Festuca Tourn. ex L.

393. Festuca irtyshensis E.B.Alexeev [Lf: Herb. Lc: Per. D: 3]

394. Festuca saurica E.B.Alexeev [Lf: Herb. Lc: Per. D: 23]

Gen. 115. Leymus Hochst.

395. Leymus divaricatus (Drobow) Tzvelev [Lf: Herb. Lc: Per. D: 25, 28]

Gen. 116. Limnas Trin.

396. Limnas veresczaginii Krylov & Schischk. [Lf: Herb. Lc: Per. Cs: RB. D: 22]

Gen. 117. Poa L.

397. Poa koksuensis Golosk. [Lf: Herb. Lc: Per. D: 24]

Gen. 118. Puccinellia Parl.

398. Puccinellia macropus V.I.Krecz. [Lf: Herb. Lc: Per. D: 26]

Gen. 119. Stipa L.

399. Stipa argillosa Kotukhov * [Lf: Herb. Lc: Per. D: 22]

400. Stipa austroaltaica Kotukhov [Lf: Herb. Lc: Per. Cs: RB. D: 22]

401. Stipa karakabinica Kotukhov [Lf: Herb. Lc: Per. D: 23]

402. Stipa kempirica Kotukhov [Lf: Herb. Lc: Per. D: 23]

403. Stipa kotuchovii M.Nobis [Lf: Herb. Lc: Per. D: 23]

Fam. 27. Polygonaceae Juss.

Gen. 120. Atraphaxis L.

404. Atraphaxis muschketowii Krasn. [Lf: Shrub. Lc: Per. Cs: RB. D: 25]

405. Atraphaxis teretifolia (Popov) Kom. [Lf: Shrub. Lc: Per. Cs: RB. D: 10, 11, 18]

Gen. 121. Calligonum L.

406. Calligonum turbineum Pavlov [Lf: Shrub. Lc: Per. D: 17, 18, 20]

Gen. 122. Rumex L.

407. Rumex fischeri Rchb. [Lf: Herb. Lc: Per. D: 24]

408. Rumex komarovii Schischk. & Serg. [Lf: Herb. Lc: Per. D: 11]

Fam. 28. Ranunculaceae Juss.

Gen. 123. Aquilegia L.

409. Aquilegia karatavica Mikeschin [Lf: Herb. Lc: Per. Cs: RB. D: 28]

410. Aquilegia vitalii Gamajun. [Lf: Herb. Lc: Per. Cs: RB. D: 24]

Gen. 124. Delphinium L.

411. Delphinium austroaltaicum A.L.Ebel [Lf: Herb. Lc: Per. D: 22]

412. Delphinium connectens Pachom. [Lf: Herb. Lc: Per. D: 25a]

413. Delphinium pavlovii Kamelin [Lf: Herb. Lc: Per. D: 28]

Gen. 125. Ranunculus L.

414. Ranunculus karkaralensis Schegol. [Lf: Herb. Lc: Per. D: 11a]

Gen. 126. Thalictrum Tourn. ex L.

415. Thalictrum bykovii Kotukhov * [Lf: Herb. Lc: Per. D: 22]

Fam. 29. Rosaceae Juss.

Gen. 127. Alchemilla L.

416. Alchemilla goloskokovii Juz. [Lf: Herb. Lc: Per. D: 24]

Gen. 128. Amelanchier Medik.

417. Amelanchier turkestanica Litv. [Lf: Shrub. Lc: Per. D: 11]

Gen. 129. Cotoneaster Medik.

418. Cotoneaster alatavicus Popov [Lf: Shrub. Lc: Per. D: 24, 25, 27, 29]

419. Cotoneaster altaicus G.Klotz ex J.Fryer & B.Hylmö [Lf: Shrub. Lc: Per. D: 25]

420. Cotoneaster krasnovii Pojark. [Lf: Shrub. Lc: Per. D: 18, 24, 25, 26]

421. Cotoneaster neoantoninae A.N.Vassiljeva [Lf: Shrub. Lc: Per. D: 24, 25]

422. Cotoneaster polyanthemus E.L.Wolf [Lf: Shrub. Lc: Per. D: 24, 25]

423. Cotoneaster talgaricus Popov [Lf: Shrub. Lc: Per. D: 24, 25, 25а]

Gen. 130. Crataegus L.

424. Crataegus ambigua subsp. transcaspica (Pojark.) K.I.Chr. [Lf: Tree. Lc: Per. D: 13b]

Gen. 131. Potentilla L.

425. Potentilla karatavica Juz. [Lf: Herb. Lc: Per. D: 28]

426. Potentilla salsa Yu.A.Kotukhov [Lf: Herb. Lc: Per. D: 22]

427. Potentilla schrenkiana Regel [Lf: Herb. Lc: Per. D: 23, 24]

Gen. 132. Rosa L.

428. Rosa dsharkenti Chrshan. [Lf: Shrub. Lc: Per. D: 18]

429. Rosa iliensis Chrshan. [Lf: Shrub. Lc: Per. D: 17, 18]

430. Rosa potentilliflora Chrshan. & Popov [Lf: Shrub. Lc: Per. D: 25]

431. Rosa schrenkiana Crép. [Lf: Shrub. Lc: Per. D: 24]

Gen. 133. Spiraeanthus (Fisch. & C.A.Mey.) Maxim.

432. Spiraeanthus schrenkianus (Fisch. & C.A.Mey.) Maxim. [Lf: Shrub. Lc: Per. Cs: RB. D: 16, 21, 26, 28]

Fam. 30. Rubiaceae Juss.

Gen. 134. Galium L.

433. Galium kasachstanicum Pachom. [Lf: Herb. Lc: Per. D: 25a]

434. Galium turgaicum Knjaz. [Lf: Herb. Lc: Per. D: 7a]

435. Galium zaisanicum Pinzhenina & Kupr. * [Lf: Herb. Lc: Per. D: 12]

Gen. 135. Rubia L.

436. Rubia cretacea Pojark. [Lf: Herb. Lc: Per. Cs: RB. D: 1, 6, 7a, 8, 13]

437. Rubia pavlovii Bajtenov & Myrz. [Lf: Herb. Lc: Per. Cs: RB. D: 28]

Fam. 31. Rutaceae Juss.

Gen. 136. Haplophyllum A.Juss.

438. Haplophyllum eugenii-korovinii Pavlov [Lf: Subshrub. Lc: Per. Cs: RB. D: 28]

439. Haplophyllum multicaule Vved. [Lf: Subshrub. Lc: Per. D: 5, 10, 14, 16, 18, 24, 26]

Fam. 32. Scrophulariaceae Juss.

Gen. 137. Scrophularia Tourn. ex L.

440. Scrophularia dshungarica Golosk. & Tzag. [Lf: Herb. Lc: Per. Cs: RB. D: 24]

441. Scrophularia nuraniae Tzag. [Lf: Herb. Lc: Per. Cs: RB. D: 29]

Fam. 33. Thymelaeaceae Juss.

Gen. 138. Diarthron Turcz.

442. Dendrostellera ammodendron (Kar. & Kir.) Botsch. [Lf: Shrub. Lc: Per. D: 17, 18, 24, 25]

Fam. 34. Zygophyllaceae R.Br.

Gen. 139. Zygophyllum L.

443. Zygophyllum balchaschense Boriss. [Lf: Herb. Lc: Per. D: 11, 16]

444. Zygophyllum betpakdalense Golosk. & Semiotr. [Lf: Herb. Lc: Per. D: 16]

445. Zygophyllum borissovae Beier & Thulin [Lf: Herb. Lc: Per. D: 10, 11, 11а, 16]

446. Zygophyllum furcatum C.A.Mey. [Lf: Herb. Lc: Per. D: 10, 11, 11а, 23, 24]

447. Zygophyllum karatavicum Boriss. [Lf: Herb. Lc: Per. Cs: RB. D: 28]

448. Zygophyllum kopalense Boriss. [Lf: Herb. Lc: Per. Cs: RB. D: 16,18,25,26]

449. Zygophyllum steropterum Schrenk [Lf: Herb. Lc: Per. D: 16, 17, 18, 26]

450. Zygophyllum subtrijugum C.A.Mey. [Lf: Herb. Lc: Per. D: 3. 4. 10, 10а, 11, 16]

451. Zygophyllum taldykurganicum Boriss. [Lf: Herb. Lc: Per. D: 18, 24]

Notes*:

*Arthrophytum subulifolium Schrenk, according to POWO, is noted in Turkmenistan; however, according to our data and the scientific paper by Osmanali et al. (2019), this indication is incorrect. This species is a narrow-local endemic of the Chu-Ili Range in the south of Kazakhstan (Osmanali et al. 2019).

*Atriplex iljinii Aellen, similar to Arthrophytum subulifolium Schrenk, is erroneously reported in Turkmenistan, as per the POWO database. The distribution of A. iljinii is poorly studied, known mainly from type specimens. This species is observed in the northwest of the Mangistau Region, as well as in the Aktobe and Kyzylorda (Aralkum Desert) Regions of Kazakhstan (Suchorukow 2007).

*Ferula leucographa Korovin, according to POWO, is recorded in Uzbekistan; yet, according to the updated synopsis of Apiaceae of Kazakhstan and Central Asia (Pimenov 2020), the species grows only in Kazakhstan.

*Rindera ochroleuca Kar. & Kir., as suggested by POWO, is observed in Altai in the Russian Federation; yet, our investigation did not find credible evidence supporting this information.

*Eutrema halophilum (C.A.Mey.) Al-Shehbaz & Warwick was previously reported in China (Wu et al. 2008); however, German DA and Chen WL (2009) in their scientific paper did not confirm the presence of this species in China.

*Astragalus leucocalyx Popov is recorded in POWO for Uzbekistan; nevertheless, Tojibaev et al. (2020b) in their scientific paper exclusively listed this species as occurring in Kazakhstan.

*Prangos multicostata Kljuykov & Lyskov., according to the scientific paper by Pimenov (2020), is a synonym for Prangos dzhungarica Pimenov. Further study is required to investigate whether species status of Prangos multicostata is warranted.

*Centaurea kryloviana Serg. is not recognised in POWO and GBIF, probably due to nomenclature errors. However, according to the scientific paper by Kupriyanov (2018), this species is endemic to eastern Kazakhstan.

*Astragalus rariflorus Ledeb., previously noted for Western Siberia (Krylov 1933), yet we did not find herbarium materials of this species from this territory. This species is also not recorded in the Flora of Siberia (Malyshev 1994).

*Lappula cristata (Bunge) B. Fedtsch. in JBIF is recorded for Western Siberia, on the territory of the Russian Federation (Bochkov and Seregin 2022); however, the presence of this species lacks substantial verification. Notably, the Flora of Siberia (Malyshev 1997) does not include any records of this species. Therefore, further investigation is necessary to elucidate the occurrence of Lappula cristata within the territory of the Russian Federation.

*Onobrychis alatavica Bajtenov was omitted from the list of flora of Kazakhstan (Abdulina 1999). Conspectus Florae Asiae Mediae (Kamelin et al. 1981) noted that this species needs to be re-collected to confirm species status.

*Tulipa berkariensis Rukšāns in POWO is recognised as a synonym of Tulipa kaufmanniana Regel., based on data from Everett (2013). Nevertheless, T. berkariensis from the Berkara Valley and other places in Kazakhstan has a lower amount of nuclear 2C DNA (based on the data flow cytometric measurement of nuclear DNA content) than authentic T. kaufmanniana from Uzbekistan (Zonneveld 2009). This discrepancy implies that Tulipa berkariensis should be recognised as a distinct taxonomic entity.

*Tulipa orthopoda Vved. listed in POWO is recognised as a synonym for Tulipa bifloriformis Vved., based on Christenhusz et al. (2013) and Everett (2013). This scientific paper also notes that the species status of Tulipa orthopoda should be warranted, based on differences in morphological characters and flowering period, but further fieldwork is required to establish the variability of T. bifloriformis in the wild.

*Tulipa brachystemon Regel in POWO is recognised as a synonym for Tulipa tetraphylla Regel, also according to Christenhusz et al. (2013) and Everett (2013). However, Zonneveld (2009) distinguishes Tulipa brachystemon Regel as an independent taxon, based on the nuclear DNA content (DNA value 2C).

*Galium zaisanicum Pinzhenina & Kupr. was described quite recently (Pinzhenina and Kupriyanov 2023), presumably due to its recent identification it is absent in the GBIF and POWO systems.

*Stipa argillosa Kotukhov in POWO is erroneously listed for the Altai Republic of the Russian Federation. This species is described from the territory of East Kazakhstan. Type: Southern Altai, south-eastern foothills of the Azutau Ridge, Bulgartabaty tract, foothill desert, outcrops of tertiary clays, clay-rubbly areas, 05/22/1991, Yu. Kotukhov (LE) (Kotukhov 1998). The Azutau Ridge borders the basin of Lake Markakol from the south and is entirely situated within the territory of Kazakhstan (Yegorina et al. 2003).

*Thalictrum bykovii Kotukhov, as well as the previous species in POWO, is erroneously listed for the Altai Republic of the Russian Federation. This species was also described from the territory of East Kazakhstan. Type: Southern Altai, eastern spurs of Azutau Ridge, Mramornaya Mount, Middle belt, 900–1100 m above sea level, south-eastern slope, steppe shrub meadows, 14/06/1984, Yu. Kotukhov (LE).

 Supplementary materials 10.3897/phytokeys.238.114475.suppl1 17C4F5F7-5557-5745-86EE-230E86F0D9E2

Checklist of subendemic taxa previously considered endemic in Kazakhstan

docx

 https://binary.pensoft.net/file/993673 This dataset is made available under the Open Database License (http://opendatacommons.org/licenses/odbl/1.0/). The Open Database License (ODbL) is a license agreement intended to allow users to freely share, modify, and use this Dataset while maintaining this same freedom for others, provided that the original source and author(s) are credited. Serik A. Kubentayev, Daniyar T. Alibekov, Yuri V. Perezhogin, Georgy A. Lazkov, Andrey N. Kupriyanov, Alexander L. Ebel, Klara S. Izbastina, Olga V. Borodulina, Balsulu B. Kubentayeva 10.3897/phytokeys.238.114475.suppl2 05569B4C-6614-5677-8ECD-37F3E48A86B7

Former endemics of Kazakhstan that are now reclassified as synonyms for species exhibiting broader geographical distributions

docx

 https://binary.pensoft.net/file/993674 This dataset is made available under the Open Database License (http://opendatacommons.org/licenses/odbl/1.0/). The Open Database License (ODbL) is a license agreement intended to allow users to freely share, modify, and use this Dataset while maintaining this same freedom for others, provided that the original source and author(s) are credited. Serik A. Kubentayev, Daniyar T. Alibekov, Yuri V. Perezhogin, Georgy A. Lazkov, Andrey N. Kupriyanov, Alexander L. Ebel, Klara S. Izbastina, Olga V. Borodulina, Balsulu B. Kubentayeva