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r <br />Air Quality <br />o potential for odor generation at the site, <br />o potential for dust generation at the site, and <br />o contribution of increased truck travel distances to local carbon <br />monoxide and regional ozone precursor emissions. <br />Surface Water Hydrology <br />o relationship of the proposed project to the 100 -year floodplain of <br />adjacent surface streams, <br />o alterations in existing surface drainage patterns and likely effects <br />in down -gradient channels, and <br />o site inflow and outflow volumes generated by the expected maximum <br />24-hour storm event. <br />Surface Water Quality <br />o potential for onsite runoff to come into contact with wastes and <br />carry pollutants into offsite surface waters, and <br />o potential for increased soil erosion to increase turbidity in adjacent <br />surface waters. <br />Groundwater Hydrology and Water Quality <br />o potential for leachate to be generated within the landfill and <br />subsequently degrade local groundwater supplies, and <br />o changes in shallow groundwater flow created by excavation of land- <br />fill modules. <br />Biological Resources <br />o loss of grassland habitat associated with landfill construction, <br />Noise <br />o potential for loss of threatened or endangered plant or animal spe- <br />cies at the site, especially those associated with vernal pools, and <br />o potential for loss or degradation of seasonal wetlands. <br />o increases in background noise levels adjacent to the site associated <br />with increased truck traffic and operation of landfill equipment, and <br />61 <br />