DIGITALNA ARHIVA ŠUMARSKOG LISTA
prilagođeno pretraživanje po punom tekstu



ŠUMARSKI LIST 13/2011 str. 294     <-- 294 -->        PDF

V. Novotny, I. Balenović, N. Medenjak, D. Štorga, D. Pošta: ISTRAŽIVANJE STRUKTURE STARIJIH I STARIH ... Šumarski list – Posebni broj (2011), 282-292


Klepac,D., 1963: Rast i prirast šumskih vrsta drveća ni ciCarpino betuli-Quercetum roborisAnićex.
i sastojina. Znanje, Zagreb, 299 str. Rauš1969. Rad. Šumar. inst. 33(1): 1–46, Jastrebarsko.


Klepac,D., 1984: Principi uređivanja šuma Nacio nalnog
parka “Plitvička jezera”, Šum. list, 108 Novotny,V., M.Benko, B. Vrbek,1999: Razvoj
(7–8): 319–337, Zagreb. strukturnih elemenata poplavnih šuma hrasta


lužnjaka i velike žutilovke (Genisto elatae


Lukić,N., 1990: Utjecaj strukturnih promjena jedno-
Quercetum roboris Ht. 1938.) na području Sla


dobnih bukovih sastojina na visinski i debljinski
vonije. Ekológia 18(1): 47–58, Bratislava.


prirast. Disertacija, Šumarski fakultet, Zagreb.
Porte,A.,Bartelink,H.H. 2002. Modelling mixed


Lukić,N., 1999: Dendroklimatološka analiza obične
forest growth: a review of models for forest ma


bukve (Fagus sylvaticaL.) s Papuka. Šum. list,
nagement. Ecol. Model. 150(1–2): 141–188.


123(1–2): 29–35, Zagreb.
Pranjić,A.,Lukić,N., 1997: Izmjera šuma. Udžbe


Matić,S., 1974: Utjecaj ekoloških i strukturnih čininik
Sveučilišta u Zagrebu, Zagreb, 405 str.


laca za prirodno pomlađivanje prebornih šuma
jele i bukve u Gorskom kotaru. Glas. šum. po-Špiranec,M., 1975: Prirasno-prihodne tablice, Rad.
kuse, 21: 223–400, Zagreb. Šumar. inst., 25:1–103, Jastrebarsko.


Matić,S., M.Oršanić, I.Anić,1996: Bukove šume Zelić,J., 2003:Prilog određivanju normala za mješov -
Hrvatske i njihovo mjesto u kompleksu šuma sredi -ite preborne sastojine u panonskim šumama bukve
š nje i jugoistočne Europe. U : B. Mayer(ur.), Una -i jele, Šum. list, 127(7–8): 389–402, Zagreb.
pre đenje proizvodnje biomase šumskih ekosusta va,


Zelić,J., 2005: Prilog modeliranju normaliteta reguŠumarski
fakultet Sveučilišta u Zagrebu i Šu marski


larnih srednjodobnih bukovih sastojina (EGTinstitut
Jastrebarsko, Zagreb, str. 113–124.


IID-10), Šum. list, 129(1–2): 51–62, Zagreb.
Meštrović,Š., G.Fabijanić,1995: Priručnik za


Hrvatske šume d.o.o., 2006: Šumskogospodarska os uredivanje
šuma. Ministarstvo poljoprivrede i


no va Područja. Zagreb, 566 str.
šumarstva Republike Hrvatske: Hrvatske šume,


Ministarstvo poljoprivrede, šumarstva i vodnoga go


416 s, Zagreb.


spodarstva, 2006: Pravilnik o uređivanju šuma.
Miletić, Ž., 1930: Istraživanja o strukturi bukovih


Narodne novine br. 11/2006., Zagreb.
sastojina karaktera prašume. Šum. list, 54(1–


Hrvatske šume d.o.o., Uprava šuma Podružnica Kopri


12): 2–9, 105–125, 313–339, 399–407, Zagreb.


vnica, 2009: Osnova gospodarenja za gospodar-
Novotny,V.1998: Pomak osnovnih sastojinskih ele


sku jedinicu “Đurđevačka Bilogora”
me nata u vremenu između dvije izmjere u zajed-


SUMMARY: Common beech (Fagus sylvaticaL) is the most videly distributed tree species in Croatia.
Because of its physiological and ecological characteristics (high shade tolerance, ability to grow on a
broad range of soil types, topographic positions, and climate conditions) common beech in Croatia
forms different stands, from pure to mixed stands with different tree species, and with different structural
characteristics. Characteristics of beech to oncoming in a wide range of different ecological and management
conditions, and to creates stands of different structural characteristics, causes an increasing deviation
of the structural elements values of managed stands in compare with values of the same stuctural
elements that are tabulated in yield tables. Therefore there is need for investigation of structure of beech
stands and applicability of yield tables at the local level for common beech and the other species that
form beech stands.


The aim of this work is to research the basic structural elements of the managed beech stands and to
compare them to the tabulated values in growth-yield tables, by local authors.


Field measurements were conducted on 449 circular plots located in 18 compartment in IV and V
age classes in management unit Đurđevačka Bilogora. Intensity of sampling was 5% of a total area of
selected compartments.


As expected, the results in this research show deviations in compare to tabulated values in yield tables,
by local authors. Results show the complexity of problems in management with beech stands and need for
local level approach in order to improve the distribution of age structure, product quality and sustainability
of revenue on both local and global level, considering the purpose, method and management type of
beech stands.


Key words:common beech, stand structure, yield tables, age structure, suistainability of revenue