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<br /> JARREIT AND TOMLlN50N: REGIONAL INTERDl5ClPLlNARY PALEOFLOOD METIlOD ' I
<br /> 2969 !
<br /> Northwestern Colorado -.'
<br /> Qgagc Q/A, DFB.
<br /> V~locity. Q, Difference, Q, Dbcd. Age, Reliability,
<br /> m 5-1 rn35-1 % % m3 5-1 km-2 mm mm Type RD Method years years Remarks.
<br /> Basin
<br /> 3.1 311 25 0.2 610 305 FB,NI 59, W9, M9, L9, B8 9000 :!:2oo0
<br /> 2.4 100 -4.8 HWM
<br /> 105 gage
<br /> 651 25 0.2 FB,NI 59, W8, M7, L7, B7 9000 :t2ooo /:
<br /> 2.7 593 1,2
<br /> 2 58
<br /> 687 30 0.2 NI 58, W8, M8, B9 5000 3000 j:
<br /> 2.6 614 1,2
<br /> 2 73
<br /> 2.1 372 11.4 HWM
<br /> 334 gage
<br /> 865 30 0.1 NI 58, M8, BIO 5000 3000 1
<br /> 2.7 729 1,2
<br /> 1.8 136 I
<br /> it 2.1 337 -10.6 HWM I
<br /> .' 377 gage
<br /> t
<br /> , Basin
<br /> ! 178 30 0.2 FB,Ni 56, W8, M6, l.8, B5 5000 :!:1000
<br /> t 2.7 153 610 152
<br /> , 1.8 25
<br /> 2.1 67 -10.7 HWM
<br /> 75 gage
<br /> 2.4 10 25 1.8 610 152 FB,Ni 55, WI0, M9, B9 5000 :!:1000 1,4
<br /> 2.1 8 25 1.6 914 152 FB,Ni 55, WIO, M9, B9 5000 ::1000 1,4
<br /> 2.1 6 25 0.6 610 152 FB,NI 55, W8, M7, B8 5000 ::!:lOOO I
<br /> 2.1 30 30 0.2 305 152 Ni 55. W6, M5, B7 1000 =500 1
<br /> 1.8 25 30 0.2 305 152 Ni 56. W5, M6, B6 1000 ::500 1
<br /> 139 311 11.2 NI 55, W6, M5, B8 1000 ::500
<br /> 2.4 119 610 152
<br /> 1.8 20
<br /> 127 311 0.2 Ni 54. W7, M6, B7 1000 :!:500
<br /> 2.7 115 6111 152
<br /> 1.8 13
<br /> 2.4 9 25 1.9 6111 152 FB.NJ 59, W8, M7, B7 5000 =1000 1,4
<br /> 1.5 8 25 lI.l 3115 1112 FB,Ni 58. W8, M7, B7 5000 :!:looo 1,4
<br /> 2.1 8 25 1 3115 102 FB. NI 59. W8, M7, B7 50011 :t1000 1,4
<br /> 2.1 8 25 11.5 457 1112 FB, Ni 57. W8, M7, B7 5000 :!:10011 1,4
<br /> 1.8 13 25 1.4 610 102 FB,NI 59. W7, M8, B7 5000 ::1000 1,4
<br /> 91 311 0.1 FB,NI 56. W8, M7, B8 5000 :!:10oo
<br /> 2.4 68 610 203
<br /> 1.8 23
<br /> Yampa River
<br /> 2.1 25 30 11.2 NI 58, W7, M6, B7 1000 =500 1,4
<br /> 2.1 211 311 11.6 NI 59, W6, M7, B8 1000 :!:5oo 1,2,4
<br /> 1.5 3 30 OJ 305 76 NI 57. W7, M6, B8 1000 :!:500 1,4
<br /> 166 25 FB,NI 51. W2, MI, BI 3
<br />) 2.7 23 3 I
<br /> 4J 143 762 762 3 1
<br /> 4 184 25 762 762 FB,Nl 51,Wl,Ml,Bl 3 ,
<br /> f
<br /> 1.8 13 30 OJ 305 102 NI 58, W9, M7, B6 100 1000 I I,
<br /> 2.1 16 311 0.1 3115 102 NI 58, W8, M7, B5 100 10011 1,4
<br /> 2.1 30 30 0.5 305 152 NI 58, W9, M7, B7 100 1000 1,4 f
<br /> 26 30 0.3 NI 59, W8, M8, B6 100 1000 I
<br />-i 2.1 16 610 152 I
<br /> 1.5 11
<br /> 1.5 13 30 0.1 610 127 N1 57, W9, M8, B7 100 1000 1 t
<br /> 2.1 16 30 0.2 NI 58, W9, M8, B7 100 1000 1,2,4 t:
<br /> 2.1 16 25 1.6 FB, NI 58. W9, M7, B9 500 1000 1,2,4 i;
<br /> 75 25 0.4 FB,NI 59. W9, M7, B7 500 1000
<br /> 2.4 45 1,2
<br /> 2.1 311 .,
<br /> 2.1 40 30 0.2 FB, Nl 510, W9, M8, B9 5110 1000 1,2
<br /> 2.4 51 30 0.2 NI 58, W9. M7. 87 500 1000 1,2 : ~,
<br /> 2.4 125 311 OJ NI 59, W9, M6, B8 500 1000 1,2 k
<br /> 2.4 34 30 1.5 NI 58, W9, M8, 87 500 101111 1.2,4 U
<br /> 2.4 27 30 2.3 NI 58. W8. M7, B6 500 1000 1,2,4 !:":
<br /> 80 25 11.1 HWM
<br /> 2.1 69 1,2
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