Skip to main content
  • English
  • Serbian
  • O časopisu
  • Uredništvo
  • Uređivačka politika
  • Uputstvo autorima
  • Za recenzente
    • Uputstvo za recenzente
    • Lista recenzenata
  • POSLEDNJI BROJ
  • Arhiva
    • Broj 213 (2024)
    • Broj 212 (2023)
    • Broj 211 (2023)
    • Broj 210 (2022)
    • Broj 209 (2022)
    • Broj 208 (2021)
    • Broj 207 (2021)
    • Broj 206 (2020)
    • Broj 205 (2020)
    • Broj 204 (2019)
    • Broj 203 (2019)
    • Broj 201-202 (2018)
    • Broj 199-200 (2017)
    • Broj 197-198 (2016)
    • Broj 195-196 (2015)
    • Broj 193-194 (2014)
    • Broj 191-192 (2013)
    • Broj 189-190 (2012)
    • Broj 187-188 (2011)
    • Broj 185-186 (2010)
    • Broj 183-184 (2009)
    • Broj 181-182 (2008)
    • Broj 179-180 (2007)
    • Broj 177-178 (2006)
    • Broj 175-176 (2005)
    • Broj 173-174 (2004)
    • Broj 171-172 (2003)
    • Broj 169-170 (2002)
    • Broj 167-168 (2001)
Topola
2021, broj 207, str. 5-10

Izvorni naučni rad
DOI: https://doi.org/10.5937/topola2101005S
UDK: 630*42:551.583(497.6 Republika Srpska)

The impact of climate change on the growth of European beech at optimal altitudes in the Republic of Srpska


Stefan Stjepanović 1*, Boban Miletić 1, Branislav Drašković 1, Vesna Tunguz 1


1 University of East Sarajevo, Faculty of Agriculture, Istočno Sarajevo, Republic of Srpska, Bosnia and Herzegovina

Autor za korespodenciju:
Stefan Stjepanović, E-mail: stefan.stjepanovicuis@gmail.com


Izvod

Many studies have shown that small climate changes can strongly affect the forest trees growth rate, many times causing changes in species habitats. In general, drought is mentioned as the main problem, so it is necessary to carry out its identification and quantification to investigate its effects on forests in Republic of Srpska. This study aims to analyse the relationship between the growth of European beech (Fagus sylvatica L.) at optimal altitudes in the Republic of Srpska and its climate characteristics represented by the Forestry Aridity Index (FAI) and Ellenberg’s climate quotient (EQ) for 1950-2015 timespan. FAI and EQ were calculated using climate data (temperature and precipitation) extracted from a gridded dataset (E-OBS). Sampling was carried out in two localities near Vlasenica and Mrkonjić Grad at 1050 and 1030 meters above sea level (m a.s.l.), sampling the cores from 15 dominant trees at each locality. Using the Pearson Correlation Analysis, a negative impact on tree rings width (TRW) with rising index values was identified. This is especially pronounced for the index values of the year prior to the ring formation. In general, stronger negative correlations between TRW and EQ are found for the locality near Mrkonjić Grad, while FAI index showed a greater negative impact on TRW for the locality near Vlasenica. 


Ključne reči: European beech, Fagus sylvatica, radial growth, climate change, aridity index

Nazad na vrh

Univerzitet u Novom Sadu
Institut za nizijsko šumarstvo i životnu sredinu
Antona Čehova 13d
21000 Novi Sad
Republika Srbija
Tel: 021 540 383
E-mail: ilfe@uns.ac.rs
www.ilfe.org