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FFThesoils <br /> m density is extremely low on the nropertxand surrounding areas. Consequently. <br /> trate-nitrogen impact from thissource can he cnncid=A ince =q=ntial. Nitrate <br /> e considerably greater from the agricultural production land. ✓ <br /> i <br /> the subject Parcels have limited percolation. Therefore, sumps or seepage pits may <br /> have to be installed to manage septic effluent. This will be researched and discussed in the Soil <br /> Suitability Study. As referenced, given the low density of septic system in this locale and the clay <br /> soil structure in the surface soils, there may be a comparatively lower nitrate impact from existing <br /> and future septic systems. Given that agricultural irrigation recharge is the largest single contributor <br /> to groundwater nitrate concentrations, and since the suiI ounding land has been farmed for several <br /> decades, it is assumed that the nitrate concentrations in the underlying groundwater may be in <br /> higher than usual concentrations. <br /> As noted on the Lines of Equal Depth groundwater map, the static groundwater depth is <br /> approximately 104 feet. The lines of Equal Elevation map shows the groundwater directional flow <br /> to be in a southwesterly direction. This groundwater depth can be considered deep and not easily <br /> impacted from adverse constituents. <br /> The roads bordering the property and the areas adjacent to these roads should be patrolled on a <br /> regular basis to ensure there is no dumping of hazardous materials such as drug manufacturing <br /> chemicals. <br /> The subject site is surrounded by properties that engage in production agriculture. Consequences <br /> of this surrounding land use include: noise, dust, odors, insects, machinery, crop dusting aircraft, <br /> trucks, exhaust and other environmental effects that may be offensive to some people. <br /> 'L�� ____Pa e -7- <br /> Chesney Consulting <br />