{"id":25430,"date":"2026-06-05T11:56:14","date_gmt":"2026-06-05T11:56:14","guid":{"rendered":"https:\/\/www.upjs.sk\/pracoviska\/botanicka-zahrada\/?page_id=25430"},"modified":"2026-06-05T12:01:54","modified_gmt":"2026-06-05T12:01:54","slug":"thaiszia-journal-of-botany-volume-36-2026-abstracts","status":"publish","type":"page","link":"https:\/\/www.upjs.sk\/pracoviska\/botanicka-zahrada\/thaiszia-journal-of-botany-volume-36-2026-abstracts\/","title":{"rendered":"THAISZIA \u2013 JOURNAL OF BOTANY, Volume 36, 2026 \u2013 abstracts"},"content":{"rendered":"\n

vol. 36\/1<\/strong><\/p>\n\n\n\n

cover page 36<\/a><\/p>\n\n\n\n

Moskaliuk B. & Melesh Y. (2026):<\/strong> Distribution of Gentiana<\/em> acaulis<\/em> L. in Ukraine. \u2013 Thaiszia \u2013 J. Bot. 36: 001\u2013012. – https:\/\/doi.org\/10.33542\/TJB2026-1-01<\/a><\/p>\n\n\n\n

Abstract<\/em>: The distribution of the rare high-altitude species, Gentiana acaul<\/em>is L., listed in the Red Data Book of Ukraine, has been summarized based on the results of our field research, herbarium collections, data from the Global Biodiversity Information Facility, iNaturalist, UkrBIN, and various literature sources. Based on the data from this analysis, a general list of known locations and a map of the distribution of the studied species in Ukraine were compiled. According to the results of the analysis of the current distribution of G. acaulis in Ukraine, the species occurs in Svydovets, Chornohora, Marmarosh, Gorgany Mountains ranges, and is also known in the Eastern Beskydy and Low Polonyny, Pokutsko-Bukovynsky Mountains ranges, and the Chyvchino-Hrynyavski Mountain range. Currently, 83 locations of G. acaulis<\/em> have been registered in the studied region. The largest number of locations (29 geographic sites) is in Svydovets. Slightly fewer locations are concentrated in the Chornohora Mountain range (27 geographic sites) and in the Gorgany (14 geographic sites). There are five locations in the Eastern Beskydy and Low Polonyny, four locations in the Marmarosh, three in the Pokutsko-Bukovynsky Mountain range, and one location each in the Chyvchino-Hrynyavski Mountain range. The data obtained significantly support the existing information on the general range and distribution of G. acaulis<\/em> in Ukraine. They can be used to organize the monitoring of known G. acaulis<\/em> locations, study the state of its populations, and develop recommendations for its conservation.
Keywords<\/em>: Carpathians, conservation, endangered species, Gentianaceae, high-mountain flora, Ukraine.
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Sabaghnia N., Mohebodini M., Ebadi A. & Janmohammadi M. (2026):<\/strong> Assessment of path analysis of various characteristics in fenugreek (Trigonella foenum-graecum<\/em> L.) for improving biomass performance. \u2013 Thaiszia \u2013 J. Bot. 36: 013\u2013030. – https:\/\/doi.org\/10.33542\/TJB2026-1-02<\/a><\/p>\n\n\n\n

Abstract<\/em>: As an annual herb, leaves, stems, and seeds of fenugreek is widely used for culinary, medicinal, and nutritional purposes, while evaluation of genetic variability for biomass yield improvement remains limited. The present study assessed 26 fenugreek landraces collected from various regions of Iran to investigate various traits and their contributions to biomass performance. Correlation analysis revealed strong positive associations among vegetative traits, particularly between plant height, stem height, and shoot biomass, while leaf dimensions and leaf area traits showed coordinated growth patterns. Chlorophyll exhibited correlation with carotenoids, while root and reproductive traits showed weak correlations with vegetative traits. Path coefficient analyses were performed to quantify direct and indirect coefficients on dry shoot biomass and other response variables while addressing multicollinearity. Fresh shoot biomass, pod length, and number of nodes were identified as major direct contributors to dry shoot biomass, collectively explaining 67% of the variation. Additional key predictors included plant height, middle leaf height, leaves per plant, lateral leaf area, and biochemical traits such as anthocyanins, carotenoids, phenol, and chlorophyll. Excessive root biomass was found to negatively impact above-ground yield. Bootstrap analysis confirmed the robustness of path coefficients, indicating minimal bias and reliable trait contributions. Breeders should focus on plant height, stem height, leaf area, internode length, and branching to boost biomass, while prioritizing pod number, pod length, and node number to enhance seed yield. Also, some physiological traits like chlorophyll, carotenoids, anthocyanins, and phenols can serve as useful indirect selection markers. Finally, genotypes with large root systems should be avoided to ensure resources are efficiently allocated to above-ground yield.
Keywords: <\/em>bootstrapping, dry shoot biomass, genetic variability, leaf traits.
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Kunev G. & Petrova G. (2026):<\/strong> Briza minor<\/em>, a new species for the Bulgarian flora. \u2013 Thaiszia \u2013 J. Bot. 36: 031\u2013037. – https:\/\/doi.org\/10.33542\/TJB2026-1-03<\/a><\/p>\n\n\n\n

Abstract<\/em>: Briza minor <\/em>(Poaceae) is reported here as a new addition to the grass flora of Bulgaria. The species was recorded in two neighboring sites in the Bulgarian side of the Eastern Rhodope Mts., close to the national border with Greece. Brief information on its morphology, distribution, habitat characteristics, and site floristic composition is provided. It inhabits semi-open to closed grasslands with a high abundance of annuals and geophytes, related probably to the alliance Romuleion graecae<\/em> (Poetea bulbosae<\/em>). Additionally, an updated identification key for the genus Briza<\/em> in Bulgaria is presented.
Keywords: Briza<\/em>, identification key, lesser quaking-grass, Mediterranean element, new record, therophytic grasslands.
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Cozzolino A. (2026):<\/strong> Adriano Fiori: an unpublished herbarium collection at the PORUN Herbarium (Portici). \u2013 Thaiszia \u2013 J. Bot. 36: 038\u2013051. – https:\/\/doi.org\/10.33542\/TJB2026-1-04<\/a><\/p>\n\n\n\n

Abstract<\/em>: Herbarium specimens are essential archives of botanical knowledge, whose broad temporal and geographic coverage supports research on plant distribution patterns, the spread of economically or ecologically relevant taxa, and long-term floristic changes, particularly those driven by urbanization. In this context, the rediscovery and documentation of previously unreported herbarium collections represent a valuable opportunity to expand and refine our understanding of historical floristic knowledge, as illustrated by the recovery of an unpublished herbarium collection attributed to Adriano Fiori, former professor at the Forestry Institute of Vallombrosa, preserved at the Herbarium of the Department of Agriculture (PORUN; University of Naples Federico II). The collection consists of approximately 200 specimens, whose provenance and arrival at PORUN had not previously been documented. Most samples were collected in Tuscany, with Vallombrosa representing the most frequently sampled locality (72%). The collection is characterized by a strong predominance of woody phanerophytes, while chamaephytes are only marginally represented. This taxonomic and biological structure closely reflects Fiori\u2019s scientific interests and research activity during the early twentieth century. Overall, this study highlights the scientific and historical significance of rediscovered herbarium materials and emphasizes the importance of their documentation for enhancing our understanding of Italy\u2019s botanical heritage and the development of floristic research.
Keywords<\/em>: Adriano Fiori, botanical heritage, herbarium specimens, taxonomic documentation, unknown collection.
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Kunt M., Sedl\u00e1\u010dkov\u00e1 K., Vacek O. & Hendrych J. (2026):<\/strong> Testing results for plant range suitability for growing in vertical gardens with a substrate system. \u2013 Thaiszia \u2013 J. Bot. 36: 052\u2013061. – https:\/\/doi.org\/10.33542\/TJB2026-1-05<\/a><\/p>\n\n\n\n

Abstract<\/em>: Vertical gardens are becoming increasingly popular worldwide, but their significant expansion in Central Europe is limited by climate. The biggest obstacle to growing plants is the freezing winter. Due to the risk of damage to the irrigation systems, it is necessary to turn it off in the winter, and the plants must be able to survive this period without watering. This is a significant limiting factor, especially for the assortment of evergreen plants, although they are very popular for their aesthetic effect when grown in green walls. During the research described, mainly xerophilous plants were tested for planting in vertical gardens. Due to the system used by the company N\u011bmec s.r.o., which operates on a system of self-watering flowerpots, the growing environment was not quite suitable for a larger part of the plants tested. In the second phase of the research based on previous experience, plants of mesophytic to hygrophilous nature were used that showed much greater potential for use in the above-mentioned system. Observations in the first phase of the research took place on the CULS (Czech University of Life Sciences) campus in Prague, from November 2017 to May 2020. Testing of another assortment of plant species is currently underway at the same location, with promising results from July 2024. The result of this testing is a suitable assortment of plants that can be recommended for use in vertical gardens with a substrate system in the climatic conditions of the Czech Republic.
Keywords<\/em>: vertical gardens, green walls, structure gardens, vertical garden assortment, substrate system, irrigation.
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Hrivn\u00e1k R. (2026):<\/strong> Rediscovery of the plant community Loto tenuis-Potentilletum anserinae<\/em> Vicherek 1973 in Slovakia after 50 years. \u2013 Thaiszia \u2013 J. Bot. 36: 062\u2013071. – https:\/\/doi.org\/10.33542\/TJB2026-1-06<\/a><\/p>\n\n\n\n

Abstract<\/em>: The association Loto tenuis-Potentilletum anserinae<\/em> was described by Vicherek in 1973 based on phytosociological data from south-eastern Moravia (Czech Republic) and south-western Slovakia. In Slovakia, the community was documented only by seven relev\u00e9s from the 1970s and has not been recorded since. We recorded stands of this community in the Poiplie region (south-central Slovakia) in 2025 based on three phytosociological relev\u00e9s. A comparison of species composition with the original description revealed some differences, mainly the presence of marsh species and the absence of typical halophytic plants. However, the newly recorded relev\u00e9s are similar to the \u201ctypical\u201d subassociation described by Vicherek.
Keywords<\/em>: Central Europe, flooded grassland, plant community.
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Eli\u00e1\u0161 P. Jr., \u010euri\u0161ov\u00e1 \u013d. & K\u0161i\u0148an S. (2026):<\/strong> Rare North American migrant Fall Panicum (Panicum dichotomiflorum<\/em> Michx., Poaceae) in Slovakia. \u2013 Thaiszia \u2013 J. Bot. 36: 072\u2013081. – https:\/\/doi.org\/10.33542\/TJB2026-1-07<\/a><\/p>\n\n\n\n

Abstract<\/em>: Panicum dichotomiflorum<\/em> is a North American synanthropic taxon. The species was found only rarely in Slovakia in the Podunajsk\u00e1 n\u00ed\u017eina lowland, the Ipe\u013e Basin, the V\u00fdchodoslovensk\u00e1 n\u00ed\u017eina lowland, Tribe\u010d Mts and the N\u00edzke Beskydy Mts until the late 1970s. Eleven localities are known in total. Since 2000, it was confirmed only in five sites: Ladice (SW Slovakia, Carpathians), Leopoldov, Zlat\u00e9 Moravce (both SW Slovakia, Pannonian region), Abovce (Central Slovakia, Pannonian region) and Humenn\u00e9 (E Slovakia, Carpathians). It is most often found around railway corridors and is also starting to appear in ruderal habitats in cities and fields (3 localities since 2019). Its occurrence is mostly casual; it has been found repeatedly only rarely (\u010cierna nad Tisou, Humenn\u00e9) and was naturalized only at single locality (Abovce).
Keywords<\/em>: Central Europe, dataset, dynamics, habitats, Panicum<\/em>, spreading.
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Dud\u00e1\u0161 M. (ed.), Kir\u00e1ly G., Mroczkowski K., Obrtl\u00edk O., Pacyna G., Pliszko A., Schwabov\u00e1 L., Theiler A., Walczyk A., Tr\u00e1vn\u00ed\u010dek B. & Va\u0161ut R. J. (2026):<\/strong> New floristic records from Central Europe 17 (reports 252-263). \u2013 Thaiszia \u2013 J. Bot. 36: 82-101. – https:\/\/doi.org\/10.33542\/TJB2026-1-08<\/a><\/p>\n\n\n\n

Abstract<\/em>: The presented 17th part of the series includes twelve new records of vascular plants from the countries of Central Europe. New records of three alien taxa are reported for Czechia, Sorbus<\/em> hybrida<\/em>, Styphnolobiuim japonicum<\/em> and Primula \u00d7digenea<\/em>. Three new Taraxacum<\/em> species belonging to section Taraxacum<\/em>, T. croceiflorum, T. lippertianum<\/em> and T. expallidiforme<\/em> are reported for the first time from the territory of Slovakia. Mahonia aquifolium<\/em> and Viburnum lantana<\/em> are reported from Poland and Catalpa ovata<\/em> and Daphne laureola<\/em> from Hungary. Two new populations of the rare species Veronica opaca<\/em> were found in southern and eastern Slovakia. A recent population of Taraxacum parnassicum<\/em>, belonging to sect. Erytrosperma<\/em>, is reported for the flora of Romania supplemented by the results of a revision of herbarium specimens deposited in the public herbaria collections CL and PRA.
Keywords<\/em>: adventive species, Czech Republic, chorology, Hungary, native species, new findings, Poland, red list species, Romania, Slovakia, Taraxacum, vascular plants.
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vol. 36\/1 cover page 36 Moskaliuk B. & Melesh Y. (2026): Distribution of Gentiana acaulis L. in Ukraine. \u2013 Thaiszia \u2013 J. Bot. 36: 001\u2013012. – https:\/\/doi.org\/10.33542\/TJB2026-1-01 Abstract: The distribution of the rare high-altitude species, Gentiana acaulis L., listed in the Red Data Book of Ukraine, has been summarized based on the results of our … \u010c\u00edta\u0165 \u010falej<\/a><\/p>\n","protected":false},"author":116,"featured_media":0,"parent":0,"menu_order":0,"comment_status":"closed","ping_status":"closed","template":"","meta":{"_acf_changed":false,"_editorskit_title_hidden":false,"_editorskit_reading_time":0,"_editorskit_is_block_options_detached":false,"_editorskit_block_options_position":"{}","footnotes":""},"categories":[],"tags":[],"class_list":["post-25430","page","type-page","status-publish","hentry"],"acf":{"acf_link_na_externy_obsah":""},"yoast_head":"\nTHAISZIA \u2013 JOURNAL OF BOTANY, Volume 36, 2026 \u2013 abstracts - Botanick\u00e1 z\u00e1hrada<\/title>\n<meta name=\"robots\" content=\"index, follow, max-snippet:-1, max-image-preview:large, max-video-preview:-1\" \/>\n<link rel=\"canonical\" href=\"https:\/\/www.upjs.sk\/pracoviska\/botanicka-zahrada\/thaiszia-journal-of-botany-volume-36-2026-abstracts\/\" \/>\n<meta property=\"og:locale\" content=\"sk_SK\" \/>\n<meta property=\"og:type\" content=\"article\" \/>\n<meta property=\"og:title\" content=\"THAISZIA \u2013 JOURNAL OF BOTANY, Volume 36, 2026 \u2013 abstracts - Botanick\u00e1 z\u00e1hrada\" \/>\n<meta property=\"og:description\" content=\"vol. 36\/1 cover page 36 Moskaliuk B. & Melesh Y. 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