DIGITALNA ARHIVA ŠUMARSKOG LISTA
prilagođeno pretraživanje po punom tekstu



ŠUMARSKI LIST 13/2011 str. 103     <-- 103 -->        PDF

I. Seletković, N. Potočić, V. Topić, L. Butorac, G. Jelić, A. Jazbec: UTJECAJ RAZLIČITIH TIPOVAKONTEJNERA... Šumarski list – Posebni broj (2011), 90-102


PotočićN., I.Seletković, M.Čater,T.Ćosić, Šrámek,F., M.Dubský,2002: Influence of fertili-


M. Šango, M. Vedriš, 2009: Ekofiziološki zation application and growing substrate on conodziv
suncu izloženih sadnica obične bukve tainer-grown woody ornamentals. Rostlinná
(Fagus sylvaticaL.) pri različitim razinama gnjo -wýroba 48(10) 448–457.
jidbe. Šum list (5–6): 289–230, Zagreb.


Van den Burg,J., 1990: Foliar analysis for deter


Puertolas,J., L.Gil,J.A.Pardos,2003: Effects mination of tree nutrient status – a compilation
of nutritional status and seedling size on field of literature data. Literature 1985–1989. “De
performance ofPinus halepensisplanted on for-Dorschkamp”, Institute for Forestry and Urban
mer arable land in the Mediterranean basin. Ecology. Wageningen.
Forestry 76(2): 159–168.


van den Driessche,R., 1992: Changes in drought


Raitio,H., 1993: Chemical needle analysis as a dia-resistance and root growth capacity of container
gnostic and monitoring method. U: Nilsson, seedlings in response to nursery drought, nitro-
L.O., R.F. Huettl i U.T. Johansson (Ur.), gen and potassium treatments. Can.J.For.Res.
Nutrient Uptake and Cycling in Forest Ecosy-22, 740–749.
stems.: 197–202, Kluwer, Dordrecht.


Walker,R.F., C. D.Huntt,1999: Growth and Nu-


Rastovski,P.,1979: Utjecaj N, Pi K hraniva na rast trition of Containerized Singleleaf Pinyon Seebiljaka
obične smreke (Picea abies Karst.) uz ga-dlings in Response to Controlled Release
janih na posebnom supstratu. Agrohemija, No Fertilization.Arid Soil Research and Rehabilita3–
4, Beograd. tion, 13: 123–132.


Rastovski, P., N. Komlenović., 1993: Proizvo-Walker, R. F., C. D. Huntt, 2000: Production of Condnja
šumskih sadnica primjenom novih metoda i tainerized Jeffrey Pine Planting Stock for Harsh
uzgoja mineralnih gnojiva. Rad. Šumar. inst. Sites: Growth and Nutrition as Influenced by Con28(
1–2): 147–156, Jastrebarsko. trolled-Release Fertilization.Western Journal of Ap


plied Forestry, Volume 15,Number 2, pp. 86–91.


Reddell, P., M.J. Webb, D. Poa, D. Aihuana,
1999: Incorporation of slow–release fertilizers Vidaković, M.1993: Četinjače – morfologija i variinto
nursery media. New For. 18; 277–287. jabilnost. U: (Vidaković,M.). Grafički zavod


Hrvatske, Zagreb i “Hrvatske šume”, Zagreb.


Sokal RR, F. J. Rohlf, 1995: Biometry, Freeman
and Company, New York. WinRhizohttp://www.regentinstruments.com/products/
rhizo/Rhizo.html.


StatSoft, Inc., 2003: Electronic Statistics Textbook.
Tulsa, OK: StatSoft. WEB: http://www.statsoft.
com/textbook/stathome.html.


SUMMARY: Although growing of conifer seedlings in containers is nothing
new, our knowledge is deficient when it comes to various combinations of
substrates, container types and different fertilizers and fertilizer doses, especially
with tree species aimed at planting in the coastal zone of Croatia.


This paper presents the results of the experiment testing the influence of
various types of containers and doses of slow-release fertilizer (Osmocote
Exact Standard 5–6 M) on the growth and physiological parameters of Black
pine (Pinus nigraArn.) seedlings.


The trial was set up in the nursery Omiš, Hrvatske šume d.o.o. Zagreb, as a
randomized block in four repetitions. Treatments were different container
types (HIKO V–150, HIKO V–265, QPD 12T/18) and fertilizer doses (2,4 or
6 g/l of substrate). Concentrations of nitrogen, phosphorous, potassium, calcium,
magnesium were determined in the needles of seedlings. Seedling
heights and root collar diameters were measured at the end of the first vegetation
season, and root traits were analysed with software package WinRhizo.


Fertilization with Osmocote Exact had an influence on concentrations of
mineral nutrients in black pine needles. The most marked positive influence of
fertilization can be seen in nitrogen concentrations in needles (Fig. 1). With