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<br />I <br /> <br />I <br /> <br />Effects <br /> <br />I <br /> <br />0572 <br /> <br />Table D <br />Summary and Comparison of Candidate Plans <br /> <br />Allernative I <br />No Action <br /> <br />Allemalive 2 <br />Management <br />Measures <br /> <br />Allernalive 3 <br />TRP - (NED) <br /> <br />I <br /> <br />Ground water quality <br /> <br />I <br />I <br />I <br /> <br />Surface waler quality <br /> <br />I <br />I <br /> <br />I <br />I <br /> <br />I <br />I <br /> <br />I <br /> <br />I <br /> <br />I <br /> <br />I <br /> <br />I <br /> <br />I <br /> <br />Of the well records <br />reviewed, six <br />exceeded the stale <br />standard for nitrates <br />and twenly were <br />approaching it. <br /> <br />Selenium <br />contamination will <br />continue at an <br />unacceptable rate <br /> <br />Arkansas river @ <br />Lamar, Selenium 19,7 <br />UgIL with an <br />eSlimated increase of <br />,2 UgJUyear <br /> <br />Uranium <br />concentration is 50/0 <br />grealer at Lamar than <br />at John Martin <br />Reservoir (I UgIL) <br /> <br />Salt loading to the <br />Arkansas river <br />through surface nows <br />and ground water <br />recharge, 387,000 <br />TrYr. <br /> <br />Fisheries and wildlife <br />habitat will continue <br />lO be significanlly <br />impacled by heavy <br />metals <br /> <br />Livestock water wi II <br />continue decrease in <br />qualil}' due 10 heavy <br />metals <br /> <br />l~% decrease in <br />nitrate concentration <br /> <br />Selenium <br />contamination will be <br />reduced slightly <br /> <br />Selenium <br />concentration <br />decreased by 7% <br /> <br />Uranium <br />concentration is <br />reduced by , 19 U gIL <br />at Lamar <br /> <br />19% reduction in salt <br />loading <br /> <br />Fisheries and wildlife <br />habilat will conlinue <br />LO be significanlly <br />impacted by heavy <br />metals <br /> <br />Liveslock waler will <br />improve <br /> <br />32% decrease in nitrate <br />concentration <br /> <br />Selenium contamination <br />will be reduced <br />significantly <br /> <br />Selenium concentralion <br />decreased by 17% <br /> <br />Uranium concentration <br />is reduced by A UgIL al <br />Lamar <br /> <br />30% reduction in salt <br />loading <br /> <br />Fisheries and wildlife <br />habitat will continue to <br />be significantly <br />impacted by heavy <br />metals <br /> <br />Considerable <br />improvement in <br />livestock water quality <br />will be achieved <br />