Study of Gap-Phase Regeneration in a Managed Beech Forest: Relations between Tree Regeneration and Light, Substrate Features and Cover of Ground Vegetation. Mihók, B., Gálhidy, L., Kelemen, K., & Standovár, T. 1:25–38. Paper abstract bibtex Gap form ation by wind is a characteristic di sturbance event in Eur opean beech forests. Changes in abiotic environm ental variables depend on gap size and different site features. The aim of this gap-study is to test the effect of gap size on spatial distribution of abiotic environm ental variables and on the abundance and distribution of tree regene ration. Eight experim e ntal gaps - three large (d: 35-40 m ) and five sm all (d: 10-15 m ) - were created in a m esotrophic beech forest in winter 2000/2001. Data were collected sy stem atically in 1m x 1m quadrats before gap creation and subsequently on five occasions. Hem i spherical phot ographs were used to estim ate relative light intensity along a gap-under-canopy transect. First resu lts of this long-term study suggest that establishm ent of beech seedlings is negatively influe nced by dispersal lim itation in large gaps and am ount of slash as well, while it seem s to be insensitive to environm ental conditions. Development of beech saplings is accelerated by increased light intensity, and by protective effect of dense herb lay e r in opened sites. Salix caprea – as a light dem a nding species – appears mostly in the centre of large gaps.
@article{mihokStudyGapphaseRegeneration2005,
title = {Study of {{Gap}}-Phase {{Regeneration}} in a {{Managed Beech Forest}}: {{Relations}} between {{Tree Regeneration}} and {{Light}}, {{Substrate Features}} and {{Cover}} of {{Ground Vegetation}}},
author = {Mihók, Barbara and Gálhidy, László and Kelemen, Kristóf and Standovár, Tibor},
date = {2005},
journaltitle = {Acta Silvatica \& Lignaria Hungarica},
volume = {1},
pages = {25--38},
issn = {1787-064X},
url = {http://aslh.nyme.hu/fileadmin/dokumentumok/fmk/acta_silvatica/cikkek/Vol01-2005/mihok_et_al.pdf},
abstract = {Gap form ation by wind is a characteristic di sturbance event in Eur opean beech forests. Changes in abiotic environm ental variables depend on gap size and different site features. The aim of this gap-study is to test the effect of gap size on spatial distribution of abiotic environm ental variables and on the abundance and distribution of tree regene ration. Eight experim e ntal gaps - three large (d: 35-40 m ) and five sm all (d: 10-15 m ) - were created in a m esotrophic beech forest in winter 2000/2001. Data were collected sy stem atically in 1m x 1m quadrats before gap creation and subsequently on five occasions. Hem i spherical phot ographs were used to estim ate relative light intensity along a gap-under-canopy transect. First resu lts of this long-term study suggest that establishm ent of beech seedlings is negatively influe nced by dispersal lim itation in large gaps and am ount of slash as well, while it seem s to be insensitive to environm ental conditions. Development of beech saplings is accelerated by increased light intensity, and by protective effect of dense herb lay e r in opened sites. Salix caprea -- as a light dem a nding species -- appears mostly in the centre of large gaps.},
keywords = {*imported-from-citeulike-INRMM,~INRMM-MiD:c-13508705,forest-regeneration,natural-disturbance,salix-caprea,windstorm}
}
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Changes in abiotic environm ental variables depend on gap size and different site features. The aim of this gap-study is to test the effect of gap size on spatial distribution of abiotic environm ental variables and on the abundance and distribution of tree regene ration. Eight experim e ntal gaps - three large (d: 35-40 m ) and five sm all (d: 10-15 m ) - were created in a m esotrophic beech forest in winter 2000/2001. Data were collected sy stem atically in 1m x 1m quadrats before gap creation and subsequently on five occasions. Hem i spherical phot ographs were used to estim ate relative light intensity along a gap-under-canopy transect. First resu lts of this long-term study suggest that establishm ent of beech seedlings is negatively influe nced by dispersal lim itation in large gaps and am ount of slash as well, while it seem s to be insensitive to environm ental conditions. 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Changes in abiotic environm ental variables depend on gap size and different site features. The aim of this gap-study is to test the effect of gap size on spatial distribution of abiotic environm ental variables and on the abundance and distribution of tree regene ration. Eight experim e ntal gaps - three large (d: 35-40 m ) and five sm all (d: 10-15 m ) - were created in a m esotrophic beech forest in winter 2000/2001. Data were collected sy stem atically in 1m x 1m quadrats before gap creation and subsequently on five occasions. Hem i spherical phot ographs were used to estim ate relative light intensity along a gap-under-canopy transect. First resu lts of this long-term study suggest that establishm ent of beech seedlings is negatively influe nced by dispersal lim itation in large gaps and am ount of slash as well, while it seem s to be insensitive to environm ental conditions. 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