0000000000482681

AUTHOR

Anna Lackovičová

showing 2 related works from this author

Impact of forest management on threatened epiphytic macrolichens: Evidence from a Mediterranean mixed oak forest (Italy)

2019

Abstract: Forest management practices may heavily affect epiphytic cryptogams. This study was conceived in March 2016, as soon as we were informed about an authorized logging for timber within a Mediterranean mixed oak forest in Tuscany (central Italy), which threatened a large population of the forest macrolichen Lobaria pulmonaria (L.) Hoffm., composed of hundreds of fertile thalli. Lobaria pulmonaria is often used as an ecological indicator of high quality habitats hosting rare lichens, and in general, cryptogams worthy of conservation. The species has suffered a general decline throughout Europe as a consequence of air pollution and intensive forest management, and currently it is red-l…

0106 biological sciencesForest managementLobaria pulmonaria01 natural sciencesForest ecologyLichens Flag Species Legal Protection Lobaria pulmonaria Red ListsBiomass Losslcsh:ForestryLichenRed listsNature and Landscape ConservationLobaria pulmonariaFlag specieEcologybiologyBiomass loLoggingForestryForestry04 agricultural and veterinary sciencesbiology.organism_classificationBiomass loss; Chlorophyll fluorescence; Flag species; Legal protection; Lobaria pulmonaria; Red listsEcological indicatorGeographyHabitatFlag SpeciesThreatened species040103 agronomy & agriculture0401 agriculture forestry and fisherieslcsh:SD1-669.5Legal protectionChlorophyll fluorescence010606 plant biology & botany
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Does air pollution influence the success of species translocation? Trace elements, ultrastructure and photosynthetic performances in transplants of a…

2020

Abstract Species translocation can be considered as a primary conservation strategy with reference to in situ conservation. In the case of lichens, translocations often risk to fail due stress factors associated with unsuitable receptor sites. Considering the bioecological characteristics of lichens, air pollution is among the most limiting stress factors. In this study, the forest macrolichen Lobaria pulmonaria was used as a model to test the hypothesis that the translocation of sensitive lichens is effective only in unpolluted environments. At purpose, 500 fragments or whole thalli were translocated in selected beech forests of Central Europe (the Western Carpathians, Slovakia) where the …

0106 biological sciencesIn situ conservationIn situ conservationBeech forest; Chlorophyll fluorescence; In situ conservation; Lobaria pulmonaria; Mediterranean oak forest; Western CarpathiansGeneral Decision SciencesLobaria pulmonariaWestern CarpathiansChromosomal translocation010501 environmental sciences010603 evolutionary biology01 natural sciencesLichenBeechEcology Evolution Behavior and Systematics0105 earth and related environmental sciencesLobaria pulmonariaEcologybiologyEcologySpecies translocationbiology.organism_classificationThallusMediterranean oak forestBeech forestThreatened speciesChlorophyll fluorescence
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