EUFORINNO
European Forest Research and Innovation
The final EUFORINNO conference
31
stAugust - 4
thSeptember 2015,
Rogla, Slovenia
Programme and Book of Abstracts
EUFORIA
European Forest Research
and Innovation Area
Electronic version available from:
http://eprints.gozdis.si/1440/
PROGRAMME COMMITTEE
CHAIR:
Hojka Kraigher (SFI)
EUFORINNO project partners:
Reinhart Ceulemans (PLECO, B), Monika Konnert (ASP, D), Dieter Ernst (Helmholtz, D), Zachary Kayler (ZALF, D), Danny McCarroll (Uni. SWANSEA, UK), Giorgio Matteucci (IBAF-CNR, I), Heljä-Sisko Helmisaari (Uni. HELSINKI, SF), Håkan Wallander (Uni. LUND, S)
EUFORINNO team at SFI:
Primož Simončič (Director & Co-Chair), Robert Robek (WP1 leader), Tine Grebenc (WP2 leader), Tom Levanič (WP3 leader), Jožica Gričar (Chair of SFI Scientific Board)
EUFORINNO scientific recruits at SFI:
Nate McDowell, Tanja Mrak, Saša Zavadlav, Ivan KreftLOCAL ORGANISING COMMITTEE
Publisher:
Slovenian Forestry Institute, Silva Slovenica Publishing Centre, Ljubljana 2015
Editorial Board of The Silva Slovenica Publishing Centre:
prof. dr. Tom Levanič, Chief; dr. Andreja Ferreira, dr. Barbara Piškur, prof. dr. Dušan Jurc, dr. Gregor Božič, prof. dr. Hojka Kraigher, doc. dr. Jožica Gričar, dr. Lado Kutnar, dr. Marko Kovač, doc. dr. Matjaž Čater, dr. Mitja Ferlan, dr. Nike Kranjc, dr. Nikica Ogris, dr. Primož Simončič, dr. Robert Robek, dr. Tine Grebenc, dr. Urša VilharTitle:
Programme and Book of Abstracts: EUFORIA: European Forest Research and Innovation Area, The final EUFORINNO Scientific Conference, September 2015, Rogla, Slovenia
Editor-in-Chief:
Prof. dr. Hojka KraigherEditorial Board of Programme and Book of Abstracts:
Prof. dr. Hojka Kraigher, dr. Tine GrebencTechnical editors:
Natalija Senčar, Magda Špenko, Tine Grebenc
Design:
Sonja Rutar
Cover page photos:
Domen Finžgar - LIFEGENMON forest genetic monitoring plot for Silver fir
Printed by:
DMB projekt d.o.o., Trbovlje
Circulation:
250 copies
Price:
freeCo-financing:
The publication was financed by EUFORINNO, European Forest Research and Innovation, 7th FP EU Capacities RegPot No. 315982
Electronic issue:
V
Lavrič M. et al.: XYLEM SAP FLOW AND RADIAL GROWTH IN QUERCUS PUBESCENS WILLD.
FROM ABANDONED GRASSLANDS IN SLOVENIAN KARST REGION 66
Lazarević J. et al.: WILD EDIBLE MUSHROOMS AND MEDICAL HERBS ON MONTENEGRIN
MOUN-TAINS AND KATUNS 68
Lazarević J.: APPLICATION OF AUTOCHTONOUS FUNGI FOR MYCORRHIZATION OF CONIFERS
–TRIALS IN MONTENEGRO 69
Luthar Z. et al.: STUDENTS’ ATTITUDE TOWARDS COMMERCIALIZATION OF TRANSGENIC
FO-REST TREES IN SLOVENIA 70
Martinović T. et al.: FUNGAL AND BACTERIAL COMMUNITIES IN SPRUCE WOOD SAMPLES
EX-POSED TO OUTDOORS ENVIRONMENTAL CONDITIONS 71
Matović B. et al.: COMPARISON OF STAND STRUCTURE IN MANAGED AND VIRGIN EUROPEAN
BEECH FORESTS IN SERBIA 72
Mrak T. et al.: ECTOMYCORRHIZA BETWEEN Scleroderma Areolatum EHRENB. AND Fagus
syl-vatica L. 73
Ortas I. et al.: TOTAL AMOUNT OF CARBON HOLD UNDER DIFFERENT AGES EUCALYPTUS TREES,
PLANTS WITH DIFFERENT SOIL AND CROP MANAGEMENT SYSTEMS IN COST OF THE
MEDITER-RANEAN CONDITIONS 74
Pinuela Samaniego Y.: INFLUENCE OF HEAVY FOREST MACHINERY ON FINE ROOTS:
OBSERVA-TIONS ON MINIRHIZOTRON DATA 75
Rantaša B.: VISIBILITY AND DISSEMINATION IN FOREST GENETIC MONITORING 76
Rupel M. et al.: OZONE IN URBAN FORESTS 77
Sinjur I. et al.: SOIL RESPIRATION VARIABILITY IN BOREAL PINE FOREST IN VÄRRIÖ, FINLAND 78
Toromani E. et al.: RADIAL GROWTH RESPONSES OF PINUS HALEPENSIS MILL. AND Pinus pinea
L. FORESTS TO CLIMATE VARIABILITY IN WESTERN ALBANIA 79
Unuk T. et al.: LINKAGES OF PLANT MORPHOLOGICAL-FUNCTIONAL TRAITS TO SOIL
PROPER-TIES ON EXTENSIVELY USED GRASSLANDS OF POHORJE MOUNTAINS 80
Železnik P. et al.: FINE ROOT DYNAMICS IN SLOVENIAN BEECH FORESTS IN RELATION TO SOIL
TEMPERATURE AND WATER AVAILABILITY 82
74
P S2
totaL amount of carBon HoLD unDer Different aGes eucaLYptus
trees, pLants WitH Different soiL anD crop manaGement sYstems in
COST OF THE MEDITERRANEAN CONDITIONS
Ibrahim Ortas1,Cengiz Darici3,Sedat Tufekci2, Sahin Cenkseven3, Ahu Kutlay3, Cagdas Akpinar1, Nacide Kizildag3, Murat Simsek1, Ahmet Demirbas1
1 University of Cukurova, Department of Soil Science, Adana, Turkey 2 Eastern Mediterranean Forestry Research Institute, Tarsus, Turkey 3 University of Cukurova, Department of Biology, Adana, Turkey
E-mail: iortas@cu.edu.tr
The biggest soil carbon (C) sink and C sequestration sources in terrestrial ecosystems is mainly coming from forestry area. Forest ecosystems store C as lignin and other relatively resistant C compounds. The forest C is sequestered not only in the harvestable timber and other branched. It is important to keep the atmospheric CO2 in the plant tissue for long term sequestration. Recently fiber forest farming and agro forestry also getting more used. One of the fiber forestry is eucalyptus. Eucalyptus is a common plantation in Mediterranean cost conditions. Since eucalyptus timbers are used for ecological and economical it is sound to calculate effect of several years old tree on total biomass and total C sequestration.
The experiment was carried out on three age’s groups eucalyptus plantation in the Regional Forest and Forestry Management area which is located in Mersin-Tarsus, Southern of Turkey.
The eucalyptus (E. camaldulensis) tree in the experimental plan for each age group was harvested from the soil surface with motorized saws. There were three different treatments such as (SI) shaved the three trees from soil surface and ploughed, (SII) Shaved trees without plowing (SIII) Control without shaved the trees.
Research areas that are connected to three different age groups 5, 7 and 10 years old which have different diameter at breast height of trees high and mass. Branch and leaf, fresh and dry weight and total moisture content were also determined by calculating the total biomass. For each age group all the tree diameters and height taken into consideration with the E. camaldulensis of double-entry volume tables by utilizing a single tree volume calculating on hectare.
According to the research findings in five years old eucalyptus total biomass weighing for SI, shaved was 82 tons ha-1 and shaved and plowed was 105 ton ha-1 respectively. In the 7 age group SI was 107 ton ha-1, and the SII was 125 ton ha-1 biomass produced. In the 10 age group in SI was 151 ton ha-1 and SII was 150 ton ha-1 bio-mass production was obtained.
Also the soil organic carbon (SOC) stock was calculated for each ages and management systems. Apart from SOC, total soil nitrogen was calculated as well. Soils have collected at 5 years old eucalyptus plantation total 40.46 ton ha-1 SOC, and respectively to 7 and 10 years old plantation they have accumulated 56.04 and 82.66 ton ha-1 SOC. The SOC accumulation is strongly depends on plantation ages and their duration on the soil.