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1 (i) Identification of regional and facility ' <br /> 2 specific stratigraphic contacts; <br /> 3I (ii) Depositional history; <br /> 4 ( iii) Identification and characterization of <br /> i, <br /> 5 areas and amounts of recharge and <br /> 6I discharge; <br /> 71 (iv) Characterize seasonal variation in the <br /> 8 groundwater flow regime; <br /> 9 (v) An analysis of any topographic features <br /> 10 that might influence the ground-water <br /> 11 flow system. (Note: Stereographic <br /> 12 analysis of aerial photographs may aid in <br /> 13 this analysis) ; <br /> 14 (vi) Based on field data, tests, and cores, a <br /> 15 representative and accurate <br /> 16 classification and description of the <br /> 17 hydrogeologic units which may be part of <br /> 18 the migration pathways at the facility <br /> 19 (i.e. , the aquifers and any intervening <br /> 20 saturated and unsaturated units) , <br /> 21 including: hydraulic conductivity and <br /> 22 porosity (total and effective) ,- <br /> 23 lithology, grain size, sorting, degree of <br /> 24 cementation, interpretation of hydraulic <br /> 25 interconnections between saturated zones, <br /> 26 and the attenuation capacity and <br /> 27 mechanisms of the natural earth materials <br /> -24- <br /> COURT PAP9R <br /> !TATs OF CALIFORNIA <br /> STD. 113 I11[V. 4721 <br /> 86 3,1769 <br />