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�VOMaIT nzene�emaleiiiiiiiiiiiiiii � s• � e• � � � <br /> Leaf wet mass per area of soil (kg/m2) 1 15E+00 bm leaf <br /> Wood and stem wet mass per area of soil(kglm2) 2 69E+01 bin stem <br /> Root wet mass per area of root-zone sod(kg/m2) 1 11E+01 bm_root <br /> Interception fraction for dry deposition on leaf 7 29E-01 IF—d <br /> Volume of the stem (m3) 2 63E+01 Vstm <br /> stomatal conductance (mld) 1 06E+02 mtc s <br /> cuticular conductance (m/d) 7 77E-05 mtc c <br /> air side conductance over leaf(m/d) 3 78E+02 mtc a <br /> cuticle water permeance (m/d) 1 86E-05 mtc I <br /> conductance air/cuticle(m/d) 7 77E-05 mtc ct <br /> conductance airlstomata(m/d) 8 27E+01 mtc st <br /> root-sod 1 stem transfer factor 6 7212-05 x rs <br /> stem 1 leaf transfer factor 1 39E-02 x sl <br /> leaf 1 stem transfer factor 4 41 E-02 p_Is <br /> stem 1 root-sod transfer factor 6 94E-04 sr <br /> Warnings 0 Ground sod depth greater than 2 cm <br /> 0 Root-zone sod too shallow for accuracy of diffusion model (must be at least 14*del_s) <br /> 0 Starting time cannot be 0 and should be greater than 366 day <br /> 0 Recharge velocity is negative <br /> 0 Recharge velocity is too large accuracy of model <br /> 0 Concentration in root-zone sod-water<0 or exceeds solubility when there are non-zero sources <br /> 0 Concentration in vadose-zone soil-water<0 or exceeds solubility when there are non-zero sources <br /> 0 Concentration in groundwater exceeds solubility or< 0 <br /> 0 Concentration in surface water exceeds solubility <br /> 0 Concentration in sediment-zone water exceeds solubility <br /> 0 Exposure time indoors and outdoors at home or at work exceeds 24 h <br /> 0 Risk from breast milk exposure is large compared to other ingestion pathways <br /> 0 Hazard from breast milk exposure is large compared to other ingestion pathways <br /> 0 Fraction of water from groundwater plus fraction from surface>1 <br /> 0 total <br /> Page 14 <br />