It was proven during the herbarium revision work that confirmed data of the species Knautia dipsacifolia in Hungary only came from a few stream valleys of the volcanic (andesite) mountains of the Matricum (Visegrád Mts, Börzsöny Mts, Mátra Mts) characterised with cool microclimate. All other data from the country were found to be false reporting. Not a single individual has been found of the species, which is currently threatened with extinction and is disappearing from the Hungarian flora, in any formerly mapped places of occurrence in the last three years. Similarly to other mountainous relict species, K. dipsacifolia seems to be one of the victims of climate change in the Carpathian Basin, which has been characterised by increasingly fre...
The paper describes the Sphagnum peatmoss collection in the cryptogamic herbarium of the Eszterházy...
All Trapeliopsis species found in Hungary have crustose, thin, granular or minutely squamulose, gre...
Correction of Errata in ABPA 5(1): 33 (2017): Erzberger et al.: Remarkable finds of bryophytes in H...
Abstract –The Department of Botany has been focusing on investigating rare taxa of theHungarian dend...
Until now 99 sites could be selected as important bryophyte areas on the basis of 125 populations of...
Abstract: According to the present investigations 54 bryophyte species were collected in the Arbore...
Dolomite outcrops are well known for their high ability to retain plant diversity. Due to isolation ...
For 37 species that have been without recent data and therefore listed in the categories regionally ...
Limestone (karst) surfaces in Hungary are rich in dolines, in which many endangered vascular plant s...
Knautia arvensis (L.) Coult. (Caprifoliaceae), collected from Küre Mountains National Park (Kastamon...
Th e third part of the recently launched series includes miscellaneous new records from fungi to va...
Rod Knautia L. pripada porodici Dipsacaceae koji je u flori Hrvatske zastupljen s 18 svojti od kojih...
The taxonomic and nomenclatural history of Jávorka’s Sorbus bakonyensis is surveyed and its correct ...
Cetraria islandica is a rare lichen species with 20 known localities in Hungary. It became legally ...
Th ree new triploid Sorbus species, S. concavifolia, S. rhombiformis, and S. vallusensis are descri...
The paper describes the Sphagnum peatmoss collection in the cryptogamic herbarium of the Eszterházy...
All Trapeliopsis species found in Hungary have crustose, thin, granular or minutely squamulose, gre...
Correction of Errata in ABPA 5(1): 33 (2017): Erzberger et al.: Remarkable finds of bryophytes in H...
Abstract –The Department of Botany has been focusing on investigating rare taxa of theHungarian dend...
Until now 99 sites could be selected as important bryophyte areas on the basis of 125 populations of...
Abstract: According to the present investigations 54 bryophyte species were collected in the Arbore...
Dolomite outcrops are well known for their high ability to retain plant diversity. Due to isolation ...
For 37 species that have been without recent data and therefore listed in the categories regionally ...
Limestone (karst) surfaces in Hungary are rich in dolines, in which many endangered vascular plant s...
Knautia arvensis (L.) Coult. (Caprifoliaceae), collected from Küre Mountains National Park (Kastamon...
Th e third part of the recently launched series includes miscellaneous new records from fungi to va...
Rod Knautia L. pripada porodici Dipsacaceae koji je u flori Hrvatske zastupljen s 18 svojti od kojih...
The taxonomic and nomenclatural history of Jávorka’s Sorbus bakonyensis is surveyed and its correct ...
Cetraria islandica is a rare lichen species with 20 known localities in Hungary. It became legally ...
Th ree new triploid Sorbus species, S. concavifolia, S. rhombiformis, and S. vallusensis are descri...
The paper describes the Sphagnum peatmoss collection in the cryptogamic herbarium of the Eszterházy...
All Trapeliopsis species found in Hungary have crustose, thin, granular or minutely squamulose, gre...
Correction of Errata in ABPA 5(1): 33 (2017): Erzberger et al.: Remarkable finds of bryophytes in H...