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Layer 7 Laver 8 Layer 9 <br /> (a) (a) (a) <br /> (b) (b) (b) <br /> (c) (c) (c) <br /> (d) (d) (d) <br /> (e) (e) (e) <br /> (f) (f) (f) <br /> Layer 10 Layer 11 Layer 12 <br /> (a) (a) (a) <br /> (b) (b) (b) <br /> (c) (c) (c) <br /> (d) (d) (d) <br /> (e) (e) (e) <br /> (f) (f) (f) <br /> If soil texture number of layer 1 is between- 1 and 15, enter: <br /> Type of vegetation: (I .to 5) <br /> SCS runoff curve number (optional):. _ (0- to 100) <br /> If the soil texture number of layer 1 is between.lb and 20, enter: <br /> SCS runoff curve number: r-7 S', (0 to 100) <br /> If landfill is- open, enter potential-runoff fraction:_ .; (O :to 1) <br /> f`Amok Surface area: 1��. ®� square feet <br /> Slope of top liner/drain system: percent <br /> :Distance from crest to drain in. top line rain .system: feet <br /> - Slope of second liner/drain syste percent <br /> .Distance from crest to drain in econd liner/drain system: feet <br /> Slope of third liner/drai system: percent <br /> Distance-from crest to rain in third liner/drain system: feet <br /> Slope of fourth ner/drain system: - percent - <br /> Distance from rest to drain in fourth liner/drain system:- feet <br /> Initial quantity of snow or ice water on surface (not asked if <br /> program is to initialize the soil water): inches <br /> r pe-40-/f*l G <br /> * If soil texture number is 19: If soil texture number is 20: y6 (x/o'6 <br /> (a) wilting point 0,C) $ vol/vol (a) wilting point 0. 24 vol/vol <br /> (b) field capacity 0, /$ vol/vol (b) field capacity 0,366 vol/vol <br /> (c) porosity 6, 33 vol/vol (c) porosity 11117. 4-3 vol/vol <br /> (d) saturated hydraulic (d) saturated hydraulic <br /> conductivity 35 xro cm/sec conductivity `XId cm/sec <br /> �b <br />