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I <br />I <br />I <br />I <br />! <br />i <br />i <br />I <br />I <br />I <br />I <br />! <br />I <br />I <br />I <br />I <br />I <br />I <br /> <br />2 <br /> <br />Emissions from incinerators or methane recovery facilities come under the <br />regulation of the Minnesota Polluti'on Control Agency (PCA). Any such facility <br />would have to ensure compliance with PCA'emission standards before it receives <br />a permit to operate. Odors are difficult to eliminate at a landfill. Possible <br />mitigating methods include establishing an effective buffer around the fill <br />area and ensuring that refuse is covered with soil as soon as practicable. <br /> <br />A landfill is likely to result in increased noise from truck traffic to and <br />from the facility, but its impacts can be reduced by routing traffic on less <br />densely populated areas or by limiting landfill operations to certain times of <br />the day. Litter can be controlled by installing litter fences, earth berms and <br />shrubs, applying a cover of soil immediately after dumping, covering incoming <br />trucks and using clean-up crews to pick up blowing wastes. <br /> <br />Operation of waste disposal facilities can pose a number of health risks: <br />1) the contamination of well water by leachate; 2) disease carried by insects <br />and rodents~ and 3) accidents involving waste spills, fires or explosions. <br />Although it is virtually impossible to eliminate possible groundwater contami- <br />nation, mitigating measures, discussed earlier, can reduce the risk. Proper <br />design, construction and operation of waste disposal facilities can greatly <br />decrease the likelihood of any major disease problem. Accidents can be <br />managed through adequate safety and emergency measures. <br /> <br />In addition to environmental impacts, landfills can have adverse socioeconomic <br />effects. ~mong these are 1) loss of prime farmland, 2) lowered property values <br />for nearby homeowners, 3) potential tax losses resulting from public ownership <br />of waste disposal facilities, 4) the possibility a community will be stigma- <br />tized for having such a facility, 5) visual blight, 6) an increased burden on <br />public services provided by the host community, 7) possible conflicts between a <br />facility sited on public land and concurrent land uses, and 8) loss of historic <br />or archaeological sites. <br /> <br />Returning a landfill site to agricultural use after closure is not easy to <br />accomplish. Long-rooted crops could not probably be grown because of the risk <br />of picking up landfill contaminants. Cultivation could threaten the integrity <br />of the final cover, and heavy farm machinery could tear the soil cover over the <br />refuse, exposing it to runoff from rain and melted snow. Special planning <br />would be required to return the land to limited agricultural use. <br /> <br />At present, data is not adequate to determine whether and to what extent a <br />landfill reduces the value of adjacent residential property. But whatever the <br />impacts, it appears likely they can be reduced through careful planning of the <br />location of the fill area and buffer zone, adequate visual screening and plans <br />for a site's end use that are acceptable to the community. <br /> <br />If a waste disposal facility is publicly owned, the resultant property tax loss <br />to a community can be offset by monetary reimbursement equal to the assessed <br />value of the property. Over the long term, a community could plan for tax- <br />producing development at the site after it is closed. <br /> <br />Although the host community may be stigmatized for having a waste disposal <br />facility, it is more likely to be a problem for the immediately adjacent <br />neighborhood. The problem can be reduced if the facility is well designed, <br />well constructed and well operated, with minimum negative impacts. <br /> <br /> <br />