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Studium vztahů mezi půdním prostředím a dřevinným patrem bukového lesa v přírodní lesní oblasti "Středomoravské Karpaty"Fiala, Přemysl January 1998 (has links)
No description available.
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Zhodnocení současného stavu a péče o vybraná chráněná území v CHKO Bílé KarpatyŠimečková, Hana January 2012 (has links)
No description available.
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Stav a vývoj lesních geobiocenóz v severní části Bílých KarpatVolařík, Daniel January 2010 (has links)
No description available.
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Využití mikrosatelitních markerů pro studium populační struktury jelenovitých v západních KarpatechGřundělová, Alžběta January 2019 (has links)
The aim of this work was to analyze nuclear microsatellite markers, which were processed by methods of landscape genetics and then compared with mitochondrial sequences (mtDNA) from previous research. Microsatellite analysis was performed using 11 microsatellite sequences with a total of 188 alleles. A total of 94 individuals were analyzed, divided into 3 subpopulations. The average expected heterozygosity of 0.82 and the average observed heterozygosity of the whole population was 0.72. There is a gene flow between the subpopulations. Transport infrastructure affects the flow of genes to a small extent.
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Srovnání vegetace sjezdových tratí s umělým a přírodním sněhem v CHKO Bílé Karpaty a v CHKO Beskydy / Comparison of vegetation on ski slopes with artificial or natural snow in CHKO Bílé Karpaty and CHKO BeskydyKOCKOVÁ, Jitka January 2011 (has links)
Vegetation cover of 24 ski slopes both with artificial and natural snow was studied; on each slope 5 phytocenological relevés measuring 4 x 4 metres were taken. A method of direct gradient analysis (RDA) was used to detect differences in composition of phytocenological reléves on the ski slopes with natural or artificial snow. However, no impact of use of artificial snow on vegetation was identified. During the winter season of 2009 and of 2010 samples of artificial and natural snow were taken for chemical analyses. The chemical composition differed significantly; artificial snow contained more NO3-, SO42- and Ca2+ ions and its pH was more alkaline in comparison with natural snow.
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Interakce herbivorního hmyzu a poloparazitických rostlin na druhově bohatých loukách Bílých KarpatTAHADLOVÁ, Markéta January 2017 (has links)
Insect, soil and vegetation sampling was carried out to determine processes driving insect and plant diversity in species rich grasslands in the White Carpathian Mountains Protected Landscape Area in the Czech Republic. At the same time, the occurence specialized insects was detected for Melampyrum nemorosum and Rhinanthus spp. (Orobanchaceae).
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Zhodnocení úspěšnosti druhů v regionálních směsích při obnově luk v Bílých Karpatech / The assessment of the succes of species in regional seed mixtures in the restoration of meadows in Bílé Karpaty mountainsMONTAGOVÁ, Zdeňka January 2007 (has links)
The aim of the study was to assess succes of some plant species in restoration of species rich meadows in Bílé Karpaty mountains. The meadows were sown with regional seed mixtures. It also deals with a diversity of the growths old 1 till 8 years and its relation to environmental conditions.
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Biometrická charakteristika společenstev dubových bučin s jedlí v oblasti Hostýnských vrchů a Bílých KarpatMazáč, David January 2012 (has links)
No description available.
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Srovnání vegetace sjezdových tratí s umělým a přírodním sněhem v CHKO Bílé Karpaty a v CHKO Beskydy / Comparison of vegetation on ski slopes with artificial or natural snow in CHKO Bílé Karpaty and CHKO BeskydyKOCKOVÁ, Jitka January 2011 (has links)
Vegetation cover of 24 ski slopes both with artificial and natural snow was studied; on each slope 5 phytocenological relevés measuring 4 x 4 metres were taken. A method of direct gradient analysis (RDA) was used to detect differences in composition of phytocenological reléves on the ski slopes with natural or artificial snow. However, no impact of use of artificial snow on vegetation was identified. During the winter season of 2009 and of 2010 samples of artificial and natural snow were taken for chemical analyses. The chemical composition differed significantly; artificial snow contained more NO3-, SO42- and Ca2+ ions and its pH was more alkaline in comparison with natural snow.
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Dynamika přirozených lesních geobiocenóz ve Východních Karpatech - StužicaKolář, Tomáš January 2011 (has links)
No description available.
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