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� v <br /> CONCLUSIONS <br /> It was originally intended to increase the holding volume of the east manure storage area, which <br /> is covered, so that all manure could be deposited into this area during the winter months and not <br /> It <br /> affected by rainwater intrusion. Presently, the west side manure storage area is not covered. <br /> This west covered area, which is 25% larger than the east covered area, was to be used during the <br /> approximate eight months of the year of favorable weather for drying purposes. A June 2000 <br /> correspondence from the Regional Water Quality Control Board now states that a cover must be <br /> constructed over this west side manure drying area. It is proposed to install clear corrugated <br /> fiberglass over this area to allow maximum sunlight for drying during the entire year. <br /> Additionally, based upon the calculations presented, both the east and west manure storage areas <br /> must be increased in storage volume. This can be accomplished by increasing the height of the <br /> block masonry retaining wall. <br /> Nutrient analysis of the manure produced over six months in comparison with analysis of the <br /> adjacent cropland soils, reveal that existing N, P and K concentrations of the soils with the <br /> incorporation of manure will provide nutrient loading in agronomically acceptable rates. <br /> However, it is our understanding that due to the economic value of the manure produced at the <br /> facility, it is anticipated that all manure will be sold and transported off-site. A MANURE <br /> TRANSPORT RECORD FORM is attached. This form should be completed after each load of <br /> manure is transported from the facility. <br /> Manured water must be prevented from entering the stormwater pond. No manure can be stored7 <br /> on the asphalt pad awaiting pick-up during the rainy season. Both east and west manure storage <br /> areas must be cleaned-out before the winter storage months of December through March. <br /> The nitrogen concentrations found in the covered sheep/goat pen soils are probably in <br /> equilibrium since there is no significant hydraulic head pushing the nitrate through the soil <br /> profile. Test results reveal a dramatic reduction in nitrate-nitrogen concentrations toward the <br /> zone of saturation with the possibility of even further reduction, deeper into this zone. <br /> We appreciate the opportunity to provide this service for you. If there should be any questions <br /> regarding this report, please contact the ed. <br /> cNV I RON.Vr� t <br /> Respectfully submitted, `yti�o�O• CyFs� ,� <br /> VALLEY Ag RESEARCH t No. 04675 a <br /> nn � " Expires: •lora <br /> Don Chesney, R.E.A. �yT£ oc n L i f <br /> Registered Environmental Assessor#4 <br /> Agricultural Pest Control Advisor#6237 <br /> Page -7- <br /> Vafley Ag Research <br />