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^l'f0"41~'~G ~ UEL COl`•f?.x.PJ'r' <br />~~ SED[MEt7T POND (PJSPECTIUPJ rCftld <br />Pond trio lcle,. ~~ f/e /~%ne NP(?ES No.~ G~ ooy <br />D®tx of lnspcction /L n~u v__ <br />EMBANK ti1ENT <br />1. Evaluate the arJequscy o1 tho vs,~retati:~e GDr,: Farcrl:ent dtca,:rsta, 'petty, Pccr. <br />2. Are Erosion-formed gtrtiies Front? °L:-'rar'.sire, So:nx, ~rC"J Fse Fuca:`.. <br />7. Is wave acticrt rsusing erosion: Crt tir_ ~~s:ream e:r:.3~.ltmcr.t? Yes No __~ <br />At the principal spilloay Int~t7 Yes ha____ <br />4. b tha downstream tae of ttrs embankment Ce:ing cr:~`rui? Yr~_ _ hya_/ The <br />cause o. erntion is attributed to: 'utplsin <br />3. <br />!s setpaae oaring ihrouah the dam? Yes 1do / li yo could this seepage <br />potentiaJtj cawe slope inatmbifitr? Yts Ada- .~"-..*rlnin_ <br />PRINCIPAL SPILLZ{'AY <br />1. is the overall principal spilJmay system in gxd ucrkin.~ c, ~::r? Yes / tw <br />;n' 2. 13 tha in1sK free of daCris or oth_-r restrictive rr,at¢r[ais? Yesr/ hob <br />3. is thti discharge outlet fret of dxisris cr other restrictive ma'terisls? Yes / P:o^ <br />4. Is erosion occurring at tht discharge outlet? Yca~^ PJO / II yes, evaluate t`e <br />sevFri'ty: Eac:ensivc, Mcdsrnte, heat Startirt?, :'Jc,~_ <br />EMERGENCY SPILLL9A'( <br />1. !s tRt overall emergrncy spillv.~ay system cur: en?!r c:.;>~stiz .~! r.:sa.r~ dcsi~n storm <br />disenargt? Yes / !ro <br />2. Does It appear as ii the emergency spiaHay As cis~`::r;r; +r~te: s;:c~ :.`.~ lscc <br />inspection? Yes No <br />3. Is erosion oecurrir+.g at anysrction of th* ener;,m~v _?ill:~.~:~ '•'i~s ^_ _/ <br />Derribe estent end location: <br />SEDIMENT STORAGc GiPACiTY <br />1. Has tht detign scdircent storage can.:ci:/ -. -P.. rc~•r., .. ,:., y • __ <br />No / if yes, explain <br />Please add any special cummt`nts conrernin; ./, c•/-.Ii;'... :'-'•. ..~_ _ . `r .....!-. <br />!~; ~ oI this skirt. j/ <br /> <br />4- <br />R. ... ... ... <br />r_ f .... <br />~ s~^.. ... .... _.. .. <br />