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M. Ivanković, M. Popović, I. Katičić, G. von Wuehlisch, S. Bogdan: KVANTITATIVNAGENETSKAVARIJABILNOST... Šumarski list – Posebni broj (2011), 25-37


Escudero,A., J.M.Arco,1987: Ecological significance
of the phenology of leaf abscission. Oikos


49: 11–14.
Gömöry,D., 1999: Genetic differentiation and philogeny
of beech on the Balkan penninsula. Journal
of Evolutionary Biology 12: 746–754.
Gömöry,D., L.Paule, J. Vysny,2007: Patterns of
allozyme variation in western Eurasian Fagus.
Botanical Journal of the Linnean Society 154:
165–174.


Gömöry,D., V.Hynek, L.Paule,1998: Delineation
of seed zones for European beech (Fagus
sylvaticaL.) in the Czech Republic based on iso


zyme gene markers.Ann. Sci. For. 55: 425–436.
Gračan, J.2003:Dostignuća na oplemenjivanju obične
bukve u Hrvatskoj. U: Obična bukva u Hrvatskoj.
Matić,Slavko (ur.). Akademija šumarskih
znanosti, Zagreb.
Hazler, K. B.Comps, I.Šugar, L.Melovski,


A. Tashev, J. Gračan 1997: Genetic structure
ofFagus sylvatica L. populations in Southern
Europe. Silvae Genetica 46: 229-236.


Herzog, S., D. Krabel, 1996: Genetic studies on
leaf retention inQuercus robur. Silvae Genetica
45(5–6): 272–276.


Ivanković,M., S.Bogdan, G.Božič,2008a: Varijabilnost
visinskog rasta obične bukve (Fagus
sylvaticaL.) u testovima provenijencija u Hrvatskoj
i Sloveniji. [European beech (Fagus sylvaticaL.)
height growth variability in Croatian and
Slovenian provenance trials]. Šumarski list
132(11–12): 529–541.


Ivanković,M., S. Bogdan,T.Littvay,2008b:
Genetic variation of flushing and winter leaf retention
in European Beech provenance test in
Croatia. In: Kazuhiko,Terazawa ; Palle, Madsen
; Khosro, Sagheb-Talebi (ur.). Proceedings - The


th


8 IUFRO International Beech Symposium organized
by IUFRO working party 1.01.07 “Ecology
and Silviculture of Beech”. Nanae,
Hokkaido, Japan; Hokkaido Rehabili, Kitahiroshima,
Hokaido, Japan, 2008. 28–30.


Jazbec,A., K.Šegotić, M.Ivanković, H.Marjanović,
S. Perić, 2007: Ranking of Euro


pean beech provenances in Croatia using statisti


cal analysis and analytical hierarchy process.


Forestry 80(2): 151–162.


Kajeba, D.2003: Unutarpopulacijska i međupopulacijska
varijabilnost obične bukve. U: Obična
bukva u Hrvatskoj.Matić,Slavko (ur.). Akademija
šumarskih znanosti, Zagreb.


Magri,D., G.G. Vendramin, B. Comps, I. Dupanloup,
T.Geburek, D.Gömöry, M.Latalowa,
T. Litt, L. Paule, J. M. Roure, I.
Tantau,W. O.van der Knaap, R. J.Petit,
J.-L. deBeaulieu2006:Anew scenario for the
Quaternary history of European beech populations:
palaeobotanical evidence and genetic consequences.
New Phytologist 171: 199–221.


Matyas,C., G.Božič, D.Gömöry, M.Ivanković,
E. Rasztovits,2009: Transfer analysis
of provenance trials reveals macroclimatic adaptedness
of European beech (Fagus sylvaticaL.).
Acta. Silv. Lign. Hung., 5:47–62.


Nielsen, CH. N., F.V. Jorgensen, 2003: Phenology
and diameter increment in seedlings of European
beech (Fagus sylvaticaL.) as affected by
different soil water contents: variation between
and within provenances. Forest Ecology and
Management 174: 233–249.


Nilsson, S.G., 1983: Evolution of leaf abscission
times: alternative hypotheses. Oikos 40 (2):
318–319.


Paule, L., 1995: Gene conservation in European
beech (Fagus sylvaticaL.). Forest Genetics 2(3):
161–170.


®


SAS 2000. SAS Institute Inc. SAS OnlineDoc , Version
8. http://v8doc.sas.com/sashtml


Teissier du Cros,E., B.Thiebaut, H.Duval,
1988: Variability in beech: budding, height,
growth and tree form.Ann. Sci. For. 45: 383–398.


Vidaković, M., A. Krstinić, 1985: Genetika i
oplemenjivanje šumskog drveća, Šumarski fakultet,
436–441 Zagreb.


von Wuehlisch,G., D. Krusche,H.-J. Muhs,
1995:Variation in temperature sum requirement
for flushing of beech provenances. Silvae Genetica
44(5–6): 343–346.


SUMMARY: Since the genetic diversity of European beech (Fagus sylvaticaL.) in South-
East Europe (particularly for adaptive traits) is not well studied, the purpose of this paper is to
determine the amount, pattern and possible causes of its adaptive genetic variability, through
analysis of selected quantitative traits in a provenance trial.


Research was conducted in a provenance trial in which thirteen provenances were analyzed
(Table 1). The heights of all survived plants were measured successively after the first
three growing seasons at the trial site, while flushing phenology and winter leaf retention were
scored in the second and third year. The preliminary analysis showed that differences between