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herein. The ability to increase the rate of well discharge will be available, if actual <br /> operating experience vanes significantly from the simulations. <br /> It should also be pointed out that the model assumes that existing sources of supplies to <br /> groundwater and existing groundwater withdrawals will not change in the future, thus <br /> are represented by past observations. However, there is a likelihood that future events <br /> may alter the groundwater picture. Again, the availability of the deep wells provides <br /> reliability for pond operation under unknown future conditions. <br /> The analysis summarized in this report was performed using digital groundwater <br /> modeling techniques, utilized extensively by the United States Geological Survey, and <br /> while due diligence was practiced in the analysis, the findings and conclusions are <br /> based on limited available data and on an idealized model of the hydrogeology of the <br /> site. Accordingly, Stoddard & Associates cannot guarantee that actual pond <br /> performance will not vary from the predictions contained herein. <br /> APRIL 1994 CCIP/SQ.IULATION OF PERCOLATION POND PERFORMANCE PAGE 9 <br />