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GUNTISON RIVER BASIN
<br />0911250D EAST RIVER AT ALMONT, COLO.--Continued
<br />MIGHEST MEAN V�LUE �ND R�NKING f0a TME FOLIOMIN6 NUMBER OF CONSECUT3�E O�TS IN YEAR ENDIN6 SEPjE48ER 30
<br />DISCHnRGE� IN CUBIC PEET PER SECDaO
<br />MEAN
<br />EAST RIVER ►T ALMONT C0.
<br />YEAR 1 3 7 15 30 ` 60 9� 120
<br />1911 25t0.0 16 2tB0.0 1♦ 2440.0 13 2290.0 11" 1950.0 13 1560.0 11 1290.0 11 1050,0 11
<br />1912 3160.0 7 3120.0 T, 2920.0 6 2750.0 B 1910.0 1��` 1560.0 12. 1260.0 17 10]0,0 13
<br />1913 1520.0 ♦3 � 1�30.0 •5 1�00.0 t2 1320.0 •1 1290.0 35' 1120.0 34 928.0 30 730,0 33
<br />1914 33�0.0 6 3220.0 6 2830.0 B 2�9D.0 7 2360.0 5 1920.0 5 1570.0 ♦ 1250,0 6
<br />1915 1530.0 ♦2 1�20.0 �6 �350.0 ♦6 1230.0 4♦ � 1090.0 4� 911.0 �♦ 769.0 ♦1 651.0 �0
<br />1916 3060,0 8 3030.0 B 2670.0 7 2510.0 6 2�00.0 8 IT�0.0 T 1470.0 7 1260,p S
<br />1917 35�0.0 ♦ 3�80.0 ♦ 3220,0 � 3000.0 ♦� 2��30.0 � 17�0.0 8 1�00.0 B 11�O,U B
<br />1918 50�00.0 1 5000.0 1 •350.D 1 35b0.0 1 2610,0 3. 1990.0 3 1520.0 5 1200,0 )
<br />1919 1710.0 37 1670.0 37 k6D0,0 37 1500.0 32 1180.0 40. 982.0 39 827.0 �9 681,0 39
<br />1920 38T0,0 2 3650.0 3 3270.0 3 32j0.0 2 2900.0 1 2330,0 2 1820.0 2 1�5p,p z
<br />1921 2100.0 25 2100,0 23 2100.0 2] 2100.0 15 210D.0 9 15T0.0 10 1280.0 12 1050,0 12
<br />1935 2570.0 30 2550.0 12 2L70.D 11 215D.D I• 1820,0 16 I370.0 19 1070.0 20 A6B4O 21
<br />1936 2a40.0 18 2380.0 IB 2300.D 14 2180.0 12 2010.0 12. 1670.0 9 1330.0 9 1010,0 10
<br />1937 2060.0 29 2D20,0 25 1870.0 25 1730.� 23 1�90.0 26 1130.0 32 890.0 36 716,V 36
<br />�q3g Zo50.0 17 24I�0,0 17 22T0.0 15 2090.0 16 1830.0 IS' 1�00.0 iB 1160,0 I7 950,0 15
<br />1939 1a50.0 t7 1380,0 �T 1290,0 4T 1220.0 ♦7 11�0,0 43 938.0 42 727,0 ♦3 50�,0 45
<br />19�0 1130.0 51 1090.0 51 1030.0 Sl _ 917.0 51 890.0 49 702.0 50 550.0 50 �71,0 50
<br />iq41 2T30.0 10 2550.D 13 2190,0 IB 1760,0 22 1600.0 21 1350.0 20 1070.0 21 854,0 22
<br />1qq2 2130.0 2♦ 1860.0 30 1720.0 31 1620.0 29 1560.0 23. 11T0.0 2B �929.0 29 769,0 30
<br />1943 2090.0 26 1730.0 36 1660.0 35 1010.0 38 1280.0 36� 11�0.0 31 1020,0 25 8�6,0 25�
<br />iq�� 1900.0 33 18�Q.D 3] )650.0 36 1�90.0 33 1�60.0 30 1320.0 22 lOZ0.0 26 g�p�� ZB
<br />1945 1700.0 38 1570.0 ♦1 1�00.0 a3 1360.0 �0 51�80.0 ♦1 1060.0 38 905.6 33 754,U 31
<br />1946 1780.0 36 17aD,D 3♦ 1690.0 33 1590.0 30 1170.0 42 9��.0 �l 796,0 40 649,� ♦1
<br />1q47 1930.0 31 1790.0 33 1730,0 30 It60.0 36 1380.0 32 1330.0 21 - 1160.0 19 9�1,0 16
<br />194B 2920.0 9 2680.0 9 2470.0 12 21T0.0 13 2080.0 30 1550.0 13 1210,0 1� 976,0 1♦
<br />lgk9 2570.0 15 2«0.0 15 2190.0 19 - 1950.0 18 1580.0 22 1250.0 2♦ 10�0.0 23 d56,p Z3
<br />1950 1660.0 39 1620.0 3B 15a0.D 39 laBO.D 3♦ 1350.0 33 1110.0 35 92�.0 31 757,0 32
<br />1951 2360.0 21 2260,0 21 2090,0 22 1760.0 21 1�90.0 27 1250,0 25� 993.0 27 6Z7,0 27
<br />1452 3�1-0,0 5 3300.0 5 32D0,0 5 29s0.0 5 2350,0 6 1940.0 • 15�0,0 3 I290,0 3
<br />1953 2620,0 12 2�20.0 16 207D.0 23 1680.0 26 1�So0.0 24 1080.0 37 838.0 38 Gb6,0 38
<br />1954 1070,0 52 1060,0 52 958,0 52 Bt5.0 52 679,0 52 520.0 52 L�B.O 52 I90,0 S2
<br />1955 1330.-0 aB 1220,0 50 1190,0 ♦9 1050.0 �B 888.0 50 789.0 �8 665,0 a6 555,U 46
<br />1956 2070,0 27 1970.0 27 1830.0 27 1b70,0 2T 1510,0 25 1150.0 29 899,0 3� 711,0 37'
<br />1957 3820,0 3 3670,D 2 3t7D.0 2 3140.0 3 2830.0 2 2360,0 1 1880.0 1 I550,p 1
<br />1958 2610.0 13 256D,D 11 25�0.0 9 2330.0 9 2Da0.0 11 1510.0 16 1120.0 19 Fea,O 19
<br />�q5q -]tB0.0 46 1460.0 •3 1�00,0 �♦ �310.0 �2 1080,0 ♦5 800,0 •6 618.0 ♦B 512,0 tig
<br />1960 1500.� tt ��90,D ap �c20.0 el 1230.0 ♦5 10T0.0 ♦6 852.0 t5 711.0 45 :75,0 43
<br />1961 1�BO,D �5 1�3D.0 �t 13B0.0 •5 1230.0 �6 1070,0 �T 799.0 �1 607.0 w9 �4U,D 49
<br />1962 2c00.0 19 23r0.0 19 2210.0 ll 1800.0 20 1700.0 18 1520.0 1♦ 1330,0 10 14qU,0 9
<br />1963 1290.0 50 ]290.0 �8 1200.0 4B 1050,0 49 928,0 •B 666.0 51 �- 518,0 51 tz•,�� 51
<br />1964 1800,0 35 1730.0 35 16B0.0 3e 1r1U.0 37 IZ30.0 39 968.0 �0 739.0 02 �q3.p �Z
<br />1965 2660,0 11 2590.,0 10 2520.0 10 - 2300.0 10 2100.0 7 1T90.0 6 1520.0 6 12;4,U �
<br />1956 ]320.0 49
<br />1967 198�.0 3�
<br />1968 2380,0 20
<br />1469 1870.0 34
<br />1970 228�0.0 22
<br />1971 1400,0 32
<br />1912 1630.0 a0
<br />1973 225D.0 23
<br />1974 Ib00.0 til
<br />1975 2010.0 2B
<br />1290.0 �9
<br />1690.0 28
<br />2290,0 2D
<br />1810,0 32
<br />2I90.0 22
<br />1890.0 29
<br />�600,0 39
<br />2080.0 2i
<br />1590.0 •0
<br />1980,0 26
<br />1180.0 50
<br />1T00,0 32
<br />2230.0 16
<br />�750.0 29
<br />21�0.0 20
<br />1850.0 26
<br />1560.0 3B
<br />1970.0 2♦
<br />1�80.0 40
<br />1770,0 2B
<br />q4�,0 50
<br />1370,0 39
<br />1860.0 19
<br />1640.0 28
<br />2D'[0.0 17
<br />1690,0 2�
<br />1a80.0 35
<br />1570.0 31
<br />1300.0 43
<br />1680.0 25
<br />BBS,o 51
<br />1299.0 34
<br />1100,0 19
<br />1470,0 2B
<br />1780,0 17
<br />1�20,0 31
<br />1250.0 38
<br />1410.0 29
<br />1280,0 37
<br />1620.0 20
<br />182.0 49
<br />1110.0 �6
<br />1250.0 26
<br />1190.0 27
<br />1520.0 15
<br />1120.0 33
<br />922.0 �3
<br />1290.0 23
<br />11�0.0 30
<br />1�40.0 17
<br />639.0 47
<br />863,D 37
<br />983.0 2B
<br />1030.0 24
<br />1170.0 15
<br />922,0 32
<br />T20,0 4♦
<br />1060.0 22
<br />892.0 35 ,
<br />1170.0 16
<br />.71,0 47
<br />7�S.0 35
<br />y31.7 26
<br />�%�.0 24
<br />��%.� 1B
<br />�`��.0 29
<br />551,0 t4
<br />�5�.0 20
<br />�27.G 34
<br />��5.0 17
<br />LOwEST MEnN VaLUE ar+D RaNKING FOR TNE FOLLOwING NUMBER OF CONSECUT�vE DnrS IN YEAR ENDING r+AR�n 3�
<br />DISCHnRGE� IN CUBIC FEET PER SECOVD
<br />MEaN
<br />EAST RIVER pT A�MONT C0.
<br />YEAR 1 3 7 1� 30 60 � 90 12�
<br />1912 55.00 ♦3 55.00 ♦1 56.00 39 ST,00 3T 59.00 38 62,00 3B 69.00 �2 B2,pU tB
<br />1913 i5,00 2a ♦5.00 20 ♦5.00 15 ♦9.00 19 52.00 19 53,00 12 55.00 11 SS,�p g
<br />1D1L 19,D0 1 20.00 1 21.00 1 2Z.00 1 2�.00 2 50,00 B 16,00 50 B�,pp iq
<br />1915 70,00 51 70.00 51 70.00 50 10.00 50 T0.00 M9 70,00 ♦B 73.00 46 88,p0 50
<br />1916 55.00 4♦ 55.00 �2 • 55.00 37 55.00 3♦ SS.UO 28 56,00 23 59.00 25 63,qp �q
<br />191T t7,00 2B 50.00 30 53.00 31 53.00 29 53.00 23 . 59,00 3U 64,00 3� 73,Op ♦�
<br />1918 ♦7.00 29 53.00 36 60.00 47 62.00 ♦8 � 6�.00 ♦7 66.00 ♦♦ 67.00 t0 �1.40 38
<br />1914 39.00 11 �1.00 9 �5.00 16 47,00 13 53.00 2♦ 57.00 2B 59.00 26 66,p0 3♦
<br />1920 60.00 a8 60.00 ♦B 63.00 49 6tl,00 49 T1.00 50 72,00 SU 73.00 ♦7 76,�p �z
<br />�
<br />���
<br />51
<br />IB3.
<br />��6.0 11
<br />736.0 13
<br />501.0 36
<br />901.0 5
<br />♦BA.O 39
<br />916,0 3
<br />800.0 B•
<br />850.0 7
<br />♦92.0 38
<br />1000.0 2
<br />7�3,0 12
<br />b2A,0 19
<br />7�T.0 SO
<br />506,0 35
<br />672.0 17
<br />42.7.0 N
<br />317.0 50
<br />601.0 2♦
<br />5�6,0 30
<br />613.0 22
<br />565.0 29
<br />532,0 3i
<br />♦6�1.0 �1
<br />673.0 16
<br />676.0 15
<br />600,0 25
<br />528,0 33
<br />SB1.0 2B
<br />903.0 4
<br />490.0 40
<br />2B•1,0 52
<br />�05.0 46
<br />497.0 37
<br />lOB0,0 1
<br />621.0 20
<br />35•1.0 48
<br />�26,0 45
<br />361.0 ♦9
<br />752.0 9
<br />314,0 51
<br />�27,0 a2
<br />894,0 6
<br />387.0 41
<br />533,0 31
<br />590.0 26
<br />61T.0 21
<br />678.0 14
<br />595,0 27
<br />427,0 43
<br />608.0 23
<br />510.0 34
<br />654,0 1B
<br />1B3
<br />123.00 ♦9
<br />73.00 21
<br />B6.00 37
<br />131.00 51
<br />81.00 32
<br />110.00 48
<br />83.00 33
<br />88,00 38
<br />BB.00 39
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