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V�CErATtvE R��L�DL�ZiON PtrOCE55 Oxs ADVA.1tTAG1S OIZ TK�D[IiOtiR[ Pt Lir' r..�o Tti�Ar Tsc�oroc,Fs <br /> I <br /> I <br /> F—xiubit 2 Method of Planting I ret-, to affect Rooting it% I <br /> Height in �,c.(.ond e.ar after Transplanting <br /> 24 <br /> �a <br /> 22 <br /> 20 <br /> 4� 18 r - <br /> r.r 16 <br /> 14 <br /> 14 Surface abo-,e At In <br /> Capillary Capillary Capillary <br /> Height at Fringe Fringe Fringe <br /> Planting Placement of Root Ball <br /> Exhibit 3 %lerhW of Plancmr 4 cc) -,ffeut Rooting AUi% itt <br /> Race of Nitrogen Uptake in Lea,,ts Second 'iear after Transplanting <br /> so <br /> 70IF-- <br /> 6 <br /> 50 <br /> 40 <br /> 30 s <br /> Z ZO <br /> IU <br /> Surface Above At In <br /> Capillary Capillary capillary <br /> Fringe Fringe Fringe <br /> Placement of Root Ball <br /> I <br /> tinges the levels reflected in E -lubtt 3 (California Fertilizer a�,Noctation <br /> 1975) While nitrogen is used in plant production at relaw,ell, high rates <br /> ocher target concantirancs cauld accumulate at comparable rates but will <br /> depend on several factors ,uch as solubilit4 compacihilir, For plant <br /> absorption and gmaing condictons <br /> Effects on Aquifer Conram,nants <br />' <br /> DovLngradierii groundwater samplt.s -%ere collected at the heginriing <br /> of the 1992 grow ing Beason inti after the L993 gro-�,ing season at the �+c« <br />' RE1AEDUT70N/SLtittitEA 1994 347 <br />