Laserfiche WebLink
within the 'rlard and ~liams Creek dr°ainages ~rithin ~d adjacent to the permit <br />area. Special emphasis gill be given to stream morphology in order to accurately <br />define terraces along these creeks. (This effort will be performed during the <br />well drilling and eompietion portion of Task I for maximum efficiency.) <br />The location of the major irrigation ditches Trill also be verified as a <br />part of this task. Although tfre approximate location of the ditches eras deter- <br />mined during a meeting ti•+ith the ditch rider, it is very important to precisely <br />locate the major ditches before an accurate assessment of impacts can be performed. <br />A vegetation survey will also be conducted during this task. The vegetation <br />~•rill be accurately mapped in the field and areas of subirrigation identified. <br />Due to tfie water levels observed in the alluvial t:~ells during the reconnaissance <br />visit and the vegetative communities present on the valley floor, I:aman Tempo does <br />not recommend nor intend to instill test pits at this time (See Appendix G). hater <br />level data for the alluvial aquifer frill be collected from the small diameter <br />piezometers installed during Tas4: i to further verify the relationship (if any) <br />of the agriculturally useful vegetation; to the ~•rater table. <br />Tasl: IV: Imoact Analyses <br />Folio:ring the collection of field data (Tas4a I-IIII, f:an•~an Tempo (1:T) will <br />project impacts associated ~;ith the develop°nent of the Red Canyon P1ine D and E Seac <br />operations. All impacts trill be predicted based cn 50; er.traction with nn subsidence. <br />hT Trill provide all calculations a:~d associated assumptions used in these analy<_es <br />in order to verify the quality o' the o-:orl:. The hydrology issues presented in <br />CI'LF.D's January l~, 192, deficiency letter that correspond ~:~ith the folloo-+ina wor4 <br />plan gill be addressed. The r-ollo~•rir,n ~:~or4: plzr, includes the impact analyses to <br />be performed by KT in the. areas e' ground r:~ater, surface t:~ater, znd alluvial <br />valley floors. <br />4 <br />