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GeneralJ.v /trim: (:o ntain.') nutrients, e.g. a high nitrogen (lW which is disso l ved and being ami/able JiJl' plants, hut it is easi~r /0511 imo ammonia ga.Nitrogen is mosl lI(!eded Ilutri en t by plams. Natural zeolites have high af/il1iO''/or ammol7iunI iOlls. Ammonillm-impregnated =eolites can he l/sed as slow release nitrogen /ertifI'=el: Th e aim ofthe experiment was carried out 10 onserve the relationship hetweel1 zeolite si:ze and their capacity to adsorp N contained in cow urille. and to im-'esligale the e.Oi!ct of (h~ si=e and Ihe roles of N-/frille impregnated zeolite all the growth (~( moi=e. The research was carried out as green house experimt!.lll and it was sel up Wi complete/.\-' randomi;:ed design wW/ three replications. FOllr levels ofzeolile was applied at the rate of 1000, 2000, 4000. Gnd 800() ppm; and two levels of:eo/ile size, \'i:;. less than 60 mesh and 32-60 mesh. Plant and soil paramelen measured were plant height. dry matter ofshoots alld moh ·, N uptake oJshoot and roOI, and soil calion exchange capaci!}· (CEC'). The results showed (hat the smaller the size ofzeolites, the higher the arisoq)lion olurine­ Hovl;ever the effect of" the zeolite size 0/60 mesh 011 plant height. dlymatter olshools and roots of 2J day maize, N uptake of root, and soil eEC was signijiclllltly higher than the application o/zeolite lvith size less th an 30 mesh. Zeolite-urine rale 0/ 2000 ppm sigllificant~r increased the plait! height, dry matter of shoots> N uptake of rOOlS> and soil C£C. but interactioJ! between th e si=e alld the rate of =eoli/(~ showed flO signijicant dUjerence in aJ! parameters obsen:ed. All plant grmvfh parameters lend to decrease with the rate appl'-,·ati on ojzeolite-urine ofmore lh an 2000 ppm Keywurds .- N adsorption, urine. zeolite

JERAPAN NITROGEN-URINE OLEH ZEOLIT DAN PENGARUHNYA TERHADAP PERTUMBUHAN TANAMAN JAGUNG (Zea mays L.)