Distributions of vascular plants in the Czech Republic

Kaplan, Zdeněk; Danihelka, Jiří; Šumberová, Kateřina; Chrtek, Jindřich; Rotreklová, Olga; Ekrt, Libor; Štěpánková, Jitka; Taraška, Vojtěch; Trávníček, Bohumil; Prančl, Jan; Ducháček, Michal; Hroneš, Michal; Kobrlová, Lucie; Horák, David; Wild, Jan

doi:10.23855/preslia.2017.115

Cited by 13 publications

(7 citation statements)

References 29 publications

(41 reference statements)

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“…The western part of Austria (alpine foreland, valleys in the Alps) is less climatically suitable, which is also indicated by the few occupied grid cells (Figure 1). Similarly, in the Czech Republic, the species is most abundant and invasive only in the warm lowlands, in particular in southern Moravia (Kaplan et al, 2017). In Hungary and Serbia, the species is also confined to the warmer regions (Hungarian Great Plain, Vojvodina; Bagi, 2008;Popov, 2016).…”

Section: Spatiotemporal Distribution In Austriamentioning

confidence: 99%

“…In its native range, A. syriaca is a common element of the roadside vegetation (e.g., Hartzler and Buhler, 2000). In its invaded range, likewise in the Marchfeld region, the species can be found along roadsides in neighboring countries such as Hungary (Bagi, 2008), Slovakia (Pauková et al, 2014), the Czech Republic (Kaplan et al, 2017), Serbia (Popov, 2016), Poland (Rutowski et al, 2015, and the Ukraine (Dvirna, 2018). The specific ecological properties of roadsides (e.g., light and soil conditions) seem to favor A. syriaca, and, concurrently, it is also believed that its life history characteristics (i.e., rhizomes up to 1 m depth) buffer the species against harsh environmental conditions (e.g., drought).…”

Section: Abundance and Distribution Along Roadsides In The Marchfeld mentioning

confidence: 99%

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Roads support the spread of invasive Asclepias syriaca in Austria

Follak¹,

Schleicher

Schwarz

2018

Die Bodenkultur: Journal of Land Management, Food and Environment

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Summary Asclepias syriaca is an invasive alien plant that has recently spread in Central Europe. The spatiotemporal spread of A. syriaca was reconstructed based on the distribution data for Austria. A. syriaca has increased in abundance and range, especially after the year 2005. At present, the species occurs primarily in eastern Austria (Vienna, Lower Austria), while it was rarely recorded in southern and western Austria. Further spread and range filling is probable. Moreover, the distribution of A. syriaca along roadsides and the role of road type and adjoining land use in facilitating its spread were studied in an area of high presence of the species in Lower Austria in 2018. It was shown that A. syriaca occurred regularly along roadsides and the chance of finding A. syriaca was higher along unpaved roads and along roadsides bordered by forests and grassland. The results indicate that the road network contributes to the spread of A. syriaca in the study area, most likely by providing suitable and well connected habitats. If A. syriaca densities are to be lowered, emphasis should be placed on both a proper roadside management (e.g., mowing regimes) and on the control of the species in the respective adjacent habitat.

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Section: Spatiotemporal Distribution In Austriamentioning

confidence: 99%

Section: Abundance and Distribution Along Roadsides In The Marchfeld mentioning

confidence: 99%

Roads support the spread of invasive Asclepias syriaca in Austria

Follak¹,

Schleicher

Schwarz

2018

Die Bodenkultur: Journal of Land Management, Food and Environment

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“…For example, C. caroliniana has been established for a long time in the Pannonian lowlands (Lukács et al 2016) occurring along the main river course of the Danube River and along several canals in central Hungary (Király et al 2008) as well as in a few isolated sites, including the Danube River at the Slovak-Hungary border (Bartha and Király 2015). Similarly, L. major and P. cordata are known from Hungary and the Czech Republic in the regions bordering Slovakia (Bartha and Király 2015;Kaplan et al 2016). Other species that are frequent in Europe (e.g.…”

Section: Inventory Of Alien Aquatic Plant Species In Slovakiamentioning

confidence: 99%

Alien aquatic plants in Slovakia over 130 years: historical overview, current distribution and future perspectives

Hrivnák¹,

Medvecká²,

Baláži³

et al. 2019

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Alien aquatic plants rank amongst the major threats to aquatic biodiversity and, since ongoing climate change is expected to facilitate their further spread, there is an urgent need for sound knowledge of their distribution and ecology. We collected published and unpublished data spanning the last ~130 years and performed the first comprehensive assessment of alien aquatic vascular plants in Slovakia with the following aims: (i) to prepare a national inventory, (ii) to assess the effects of climate and landscape on species diversity and (iii) to evaluate the habitat preferences of the species. The historical overview showed a strongly increasing trend in the number of alien species related to an increased amount of intensive research of aquatic vegetation over the last 30 years. Altogether, 20 neophyte alien aquatic plant taxa were recorded from 479 sampling sites. However, the species inventory seems to be far from complete and approximately 14 species are expected to remain undetected. Elodeacanadensis and E.nuttallii are the most frequently occurring alien aquatic plants, while eight other species have been found at a single site only. The majority of alien plants were deliberately introduced as aquarium ornamentals or released through pond waste. The fragmented information on local habitat conditions did not allow us to draw firm conclusions about the habitat preferences of alien aquatic plants. However, artificial water bodies are more frequently colonised by alien species than natural habitats (95% of aliens were found in artificial water bodies and 60% of them were recorded exclusively in these habitats) and many species have broad environmental tolerances (ability to colonise both standing and running waters, tolerances to a wide range of temperatures and water chemistry). Our results reaffirm the major role of increased temperatures and landscape modification in the distribution of alien aquatic plants and we can expect enhanced invasiveness and spreading of alien species into new habitats driven by climate change and land use intensification. Filling a main gap in the recognition of alien aquatic plant environmental preferences is a challenge for future research with the ultimate goal of maintaining natural aquatic plant diversity and ecosystem functioning.

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“…Kiértékelésének lehetőségei szinte végtelenek (vö. KULL et al 2002, FEKETE 2011, KAPLAN et al 2015, KAPLAN et al 2016). A mű ráadásul nemzetközi kitekintésben is nagy érdeklődésre tarthat számot -gondoljunk csak az Atlas Florae Europaeae sorozat munkálataira!…”

Section: Bevezetésunclassified

Pótlások a Magyarország edényes növényfajainak elterjedési atlaszához I.

et al. 2016

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-The main aim of the present work is to contribute with new data to the distribution maps published recently in Atlas Florae Hungariae. Occurrence data of 297 vascular plant taxa from 247 flora mapping quarter quadrates (CEU) are presented. This floristic paper is somehow unusual because besides the occurrence data of rare or sporadic taxa (e.g. Armoracia macrocarpa (Waldst. et Kit.) Kit. ex Baumg., Samolus valerandi L., Epipactis voethii Robatsch), frequent, but more or less underrepresented taxa (e.g. Ranunculus ficaria L., Viola kitaibeliana Roem. et Schult., Gagea villosa (M. Bieb.) Duby), as well as alien taxa (e.g. Cymbalaria muralis G. Gaertn., B. Mey. et Scherb., Potentilla indica (Andrews) Focke, Tragus racemosus (L.) All.) are also enumerated, since our intention was to fill the -sometimes evident -gaps in the Atlas. The name initials of the author(s) who actually found the given occurrence are presented in brackets at each record.Keywords: distribution data, flora mapping, flora of Hungary, vascular flora Összefoglalás -Közleményünk célja a Magyarország edényes növényfajainak elterjedési atlasza térképeinek kiegészítése, főként aktuális előfordulási adatokkal. Összesen 297 edényes taxon előfordulási adatait közöljük az ország egész területéről, mintegy 247 flóratérképezési negyedkvadrátból. Az adatok között a ritkább taxonok (például Armoracia macrocarpa (Waldst. et Kit.) Kit. ex Baumg., Samolus valerandi L., Epipactis voethii Robatsch) mellett országosan elterjedt, de többé-kevésbé adathiányos fajok (például Ranunculus ficaria L., Viola kitaibeliana Roem. et Schult., Gagea villosa (M. Bieb.) Duby), illetve adventív fajok (például Cymbalaria muralis G. Gaertn., B. Mey. et Scherb., Potentilla indica (Andrews) Focke, Tragus racemosus (L.) All.) esetében is közöljük az atlasz térképeihez képest újnak bizonyuló lelőhelyeket.

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Distributions of vascular plants in the Czech Republic

Cited by 13 publications

References 29 publications

Roads support the spread of invasive Asclepias syriaca in Austria

Roads support the spread of invasive Asclepias syriaca in Austria

Alien aquatic plants in Slovakia over 130 years: historical overview, current distribution and future perspectives

Pótlások a Magyarország edényes növényfajainak elterjedési atlaszához I.

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