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T. Jakovljević, M. Gradečki-Poštenjak1, I. Radojčić Redovniković: FIZIOLOŠKA, KEMIJSKAI ... Šumarski list br. 7–8, CXXXV (2011), 343-352


Escudera, A., F. Perez-Garcia, A. K. Luzu-sing International Journal of Food Science &


riaga,2002: Effects of light, temperature and


population variability on the germinaation of


seven Spanish pines. Seed Sci. Res. 12:261–271.


FAO, 2007: Chapter 2: Methods of food analysis,
http://www.fao.org/docrep/006/y5022e/y5022e0
3.htm.


Frankis, M. 1999: Pinus pinea Linneaus 1753:
http:/www.conifers.org/pi/pin//pinea.htm.


Ganatsas,P., M. Tsakaldimi, C.Thanos,2008:
Seed and cone diversity and seed germination of
Pinus pinea in Strofylia Site of the Natura 2000
Network. Biodivers. Conserv 17: 2427–2439.


Gradečki, M.1999: Uloga i značaj kakvoće sjemena
kod njegove uporabe. Rad. Šumar. inst. Jastrebar.
34 (1): 95–102, Jastrebarsko.


Gradečki-Poštenjak, M., 2002: Varijabilnost
nekih svojstava obične jele (Abies albaMill.) u
dijelu prirodnog rasprostranjenja u Hrvatskoj.
Magistarski rad, Sveučilište u Zagrebu, Šumarski
fakultet, 220 str., Zagreb.


ISO 10694, 1995: Soil quality – Determination of organic
and total carbon after dry combustion (elementary
analysis)


Leco coorporation, 2000 : Organic aplication note form
No. 203 – 821 – 172, Carbon, Nitrogen and Sulfur
in Plant Tissue, St. Joseph, USA.


Leco corporation, 2002: CNS-2000 Instruction Manual,
St. Joseph, USA.


Nasri,N., A. Khaldi, B. Fady, S. Triki,2005:
Fatty acids from seeds ofPinus pineaL.: Composition
and population profiling, Phytochemistry
66, Str. 1729–1735.


Nergiz,C., I.Dönmez,2004:Chemical composition
and nutritive value ofPinus pineaL. seed.
Food Chemistry, 86, 3: 365–368.


ISTA, 1991: Tree and shrub seed handbook. International
Rules for Seed Testing. International Seed
Testing Association, BasserdorfISTA, 2009: International
Rules for SeedTesting. International
Seed Testing Association,Basserdorf.


Kornsteiner, M., K. Wagner, I. Elmadfa,
2006:Tocopherols and total phenolics in 10 different
nut types. Food Chemistry. 98: 381–387.


Marcos-FilhoJ., M. B. McDonald, 1998: Sensitivity
of RAPD analysis, germination and vigour
tests to detect the intensity of deterioration of naturally
and artificially aged soybean seeds. Seed
Science andTechnology. 26: 141–157, Basserdorf.


Mazor Jolić, S.,I.Radojčić Redovniković,


K.Marković, Đ.Ivanec Šipušić, K.Delonga,
2011:Changes of phenolic compounds
and antioxidant capacity in cocoa beans proces


Technology.in press.
McDonald, M.B., 1998: Seed quality. Seed Science
Research. 8: 265–275.
Miller, J.N., J. C.Miller,2005: Statistics and chemometrics
for analytical chemistry, Esssex, England.
Nasri,N., A. Khaldi, B. Fady, S. Triki,2005:
Fatty acids from seeds ofPinus pineaL.: Composition
and population profiling, Phytochemistry
66, Str. 1729–1735.
Nergiz,C., I.Dönmez,2004: Chemical composition
and nutritive value ofPinus pineaL. seed.
Food Chemistry, 86, 3: 365–368.
Pellegrini,N., M. Serafini, S. Salvatore, D.
DelRio, M.Bianchi,F.Brighenti,2006:
Totalantioxidantcapacityofspices, driedfruits,
nuts, pulses, cereals and sweets consumed in
Italyassessedbythreedifferentinvitroassays.
Molecular Nutrition & Food Research. 50:
1030–1038.
Perkin-Elmer,1999: Manual forAnalyses onAAS
3110, New York, USA.
Regent, B., 1980: Šumsko sjemenarstvo. Jugoslavenski
poljoprivredno-šumarski centar – Služba
šumske proizvodnje, Beograd.
Roberts, E. H., 1972: Viability of seeds. Chapman
and Hall LTD, London.
Ruggeri,S., M.Cappelloni, L.Gambelli, S.
Nicoli, E. Carnovale, 1998: Chemical
composition and nutritive value of nuts grown
in Italy. Ital. Jour.of Food Science 10, 3, Str.
243–252.
Savage, G.P.,2001: Chemical composition of walnuts
(Juglans regia L.) grown in New Zeland,
Plant Foods for Human Nutrition, 56, Str.75–82.
Singleton,V.L., R.Orthofer, R. M.LamuelaRaventós,
1999:Analysis of total phenols and
other oxidation substrates and antioxidants
means of Folin Ciocalteu reagent. Methods in
Enzymology. 299: 152–178.
Tomašević,A., 1995: Komparativni prikaz uspijevanja
alepskog bora (Pinus halepensis Mill.) i
pinije (Pinus pineaL.) u mješovitim sastojinama
u GJ “Musapstan” šumarija Zadar. Šumarski list
1–2: 3–13, Zagreb.
Tomašević, A., 1993: Pinija (Pinus pinea L.) kao
vrsta za pošumljavanje krasa. Šumarski list: 6–9,
CXVIII, 225.
Topić,V., Z. Đurđević, L. Butorac, G.Jelić,
2006: Utjecaj tipa kontejnera na rast i razvoj sadnica
(Pinus pineaL.) u rasadniku. Rad. Šumar.
inst. Izvanredni broj 9: 149–158, Jastrebarsko.