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<br /> TABLE ll-COfH!NUED <br /> lOO-YEARFLOOa DISCHARGES AND ELEVATlQilS <br /> 3) <br /> STATlO~ (ftJ lGO.YEAR STREAABED lOO-YEAR <br /> CROSS upstream fc~ OlSCHARGE ELEVATlON CONHYANCE FLOODELEV. <br />SECTlON ARKA~SAS RIVER 01; ft. M.S.L. ft. ~.~. S . L . <br /> B1 160~20 6)0 5472 overland 5473.0 <br /> BJ 169+40 .. 5490 5491.5 <br /> BK 173+0 540 5506 .. 5507.3 I <br /> Be 186+10 5517.? channel 5523.6 I <br /> 8M 190+60 .. 5526.0 .. 5529.9 <br /> SN 197+0 .. 5544.0 .. 5545.7 <br /> , <br /> AA 2) A'23+10 730 5314.0 .. 5319.0 i <br /> AB .. A.24+20 5320 overland 5320.5 I <br /> AC .. A.27+25 .. 5323 .. 5323.7 <br /> I <br /> AD .. A.23+20 .. .. 5324.0 I <br /> AE .. "".32+0 5323.9 .. 5325.7 <br /> AF .. ".38+60 5329.8 .. 5330.6 I <br /> AC .. A.43+80 .. 5334 .. 5335.6 <br /> AN .. A.48+65 .. 5337.5 .. 5338.8 <br /> Al .. A'51+20 5341.1 5343.0 <br /> AJ .. A'58+20 .. 5351.7 5353.1 <br /> " .. A'62+40 5355 .. 5357.0 <br /> AL ".70+30 .. 5365 5366.4 <br /> A"I ,;.7/---50 .. 5379.6 .. 5331.0 <br /> M; .. A.8.2+60 850 53136.9 5390.3 <br /> .\0 .. A.Z6+30 5392.0 ch"nnel 5396.0 <br /> AP .. f\'8?+90 53SZ.9 .. 5395.1 <br /> AQ .. 1'1.98+15 .. 5412 Fruitl. Ditch 5412.7 <br /> AR A.106~70 5415.8 channel 5422.4 <br /> AS .. 1\'113+20 .. 5426.9 .. 5430.7 <br /> AT .. A.122+20 .. 5449.8 Washington 5451.1 <br /> AU " A'131+90 5459.2 overland 5460.9 <br /> AV " ;"'141~40 5..73.3 channel 5476.2 <br /> ~,'~ A'1~8+50 .. 5480.0 54iiS.3 <br /> AX .. A.154+50 " 5494.0 5498.6 <br />2) stationi~g beginning with A. '" for ~est ~ranch stations, ,II others <br /> for East Branch stationing. S" Plate 2 for East Branch, ~'est Branch <br /> designation. <br />J) Stream bed elevations shown " H,e r.earest 'DOt. i::etennined fro'1l nap <br /> interpretdtion. <br /> <br />CHAPTER V! <br /> <br />INTERPRETAT10Ns A~D RECOf~IENDATIONS <br /> <br />lnterpretations <br /> <br />The need for an adequate stor~ conveyance system to carry the flows <br />of the 'IE CGnon drainage area and ronoff frortl its contribut1ng ar eashas <br />been recognized for some time by local Officials. Locations of potential <br />flooding by th~ 100-year flood on the main drainage way and its tributaries <br />were identified by the SCS in its 1976 stwdy. The present study revises <br />thepreviOlJsly developed water surface elevations and the flood plainotlt- <br />li~e. This analysis con be used in deYelo~ing a master drainage plan for <br />the study an~d. <br /> <br />Fel' inf"n;~ti~n r~9Jo"dir," rl,,,,,.. 1 jll~ ~I"vdti()ns at d ,p<!ciiic locatIon, <br />the "ater surface profile <lata can be ~$e<l in conjuncti()~ with the flooced <br />dreamilps. The cross section lOcations "hich Il.;lpear 011 both the profiles <br />a1drcaps can be us;,d as reference points. '.'atersurfaceprofile" cruss <br />section drawings. -JndflooJfreqL'ency-elevationdat" are ine1L.ded in thi, <br />report for interpretation purposes. <br /> <br />Recomendations <br /> <br />The prinarypurpese of this report;' to develop water surface <br />elevations and 100-year floOdplain maps of the tiE Callon drainage a rea, <br />so that the City of Canon City and County "f rrenlont can develop and <br />imple~llmt floodplain building regulations. ColoradO Statdes 1'equire <br />appronl of the floodplain de,iQfldtion hy the Colorado W"rr (nn~~rv~tin~ <br />Board. Through pnforCl"I~nt of floodplain bui lding regul at ions, nc'"" <br />developments can be protected fro~ potential flooding by keeping develop_ <br />~Ien t ou t 0 f the flood h az.; rd are.;. <br /> <br />2~ <br /> <br />2C <br />