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Kennedy,/Jenks Consultants <br /> Table 2: Data Collection <br /> Assimilative <br /> Capacity Proposed <br /> Monitoring Sample Sample Analytical <br /> Component Matrix Frequency Analyte Method <br /> Crop uptake Plant Tissue Each Harvest Biomass removed Calculation <br /> Total Nitrogen 993.1 <br /> Water content Gravimetric <br /> Ash Content TMECC-03.02 <br /> (FDS(al Surrogate) A <br /> Magnesium 6010-Ag <br /> Calcium 6010-Ag <br /> Potassium 6010-Aq <br /> Sodium 6010-Ag <br /> Chloride 6010-Ag <br /> Sulfate 6010-Ag <br /> Irrigation water Water Twice per irrigation event forpH EPA 150.1 <br /> sampling four irrigation events, every EC EPA 120.1 <br /> Irrigation event following <br /> Twice per irrigation event for TDS'cl EPA 160.1 <br /> four irrigation events, Additional FDS EPA 160.4 <br /> sampling to be determined <br /> Twice per irrigation event for TKN EPA 351.4 <br /> four irrigation event Ammonia-N e EPA 350.2 <br /> NO3-N EPA 300.0 <br /> NOz-N 9 EPA 300.0 <br /> BCD EPA 405.1 <br /> Once per irrigation event for Magnesium EPA 200.7 <br /> four events Calcium EPA 200.7 <br /> Potassium EPA 200.7 <br /> Sodium EPA 200.7 <br /> Chloride EPA 300.0 <br /> Sulfate EPA 300.0 <br /> Bicarbonate EPA 310.1 <br /> Root zone soil Soil Prior to and after each crop Total Nitrogen 993.13 <br /> sampling harvest and when percolation Ammonia-N 4500NH3G <br /> is projected to occur NO3-N 4500NO3F <br /> NO2-N 4500NO2 <br /> Calcium 6010-Ag <br /> Magnesium 6010-Ag <br /> Sodium 6010-Ag <br /> Potassium 6010-Ag <br /> Chloride WS 51.40 <br /> Sulfate 6010-Ag <br /> Bicarbonate WS 51.30 <br /> Crop Uptake and Assimilative Capacity Work Plan, Page 1 of 2 <br /> Woodbridge Winery, Acampo, California <br />