Page 62 - Anteproyecto Definitivo Parte A - Las Pavas, Arrazayal, Cambarí
P. 62

TAJ3LA Ill.1.15

                               SERIE DE CAUDALES  MEDIOS MENSUALES (m3/seg)
                                       representativa del  periodo  1940/41-1993/94


                            Rio:  TARIJA                                                                                Lugar:  CAMBARi


                     Arto   sETl  ocTl  Novl  D'Cl  ENE   FEB|        MAR|  ABR  MAYl  JUNl  JU|  AGO  MEDIO
                      1      9.51  12.11  28.71  77.01  1 39.5  leo.01       164,0|  84.6  33.21  2o.7I  14.6  11.7  64.0
                      2345   7.41  9.41  22.41  cO.O  1CB.7  140.21         127.71  65.8  25.91  16.11  11.4  9.1  49.8
                                                                      •  89.4
                            1o.1  I  12.81  cO.4l  81.6  147.7  1so.5l  173.61  35.2  21.8  15.4  12.4  67.7   :
                            11.ol  14.0  33.21  89.0  1 61 .2  2o7.9i  189.41  97.6  38.4  23.9  16.9  13.5  73.9
                             8.9'  11.2  26.61  71.4  1 29.3  lee.7l  152.ol  78.3  cO.8  19.1  13.6  10.8  59.3   .
                       6     7.8  I,   9.9  23.71  63.4  1 1 4.7  148.0|       134.9|  69.5  I    27.3  16.9  12.1  9.6  52.6
                       7    10.5  13`21  31.41  84.2  152.5  lee.7|       179.3|  92.4  36.3  22.6  15.9  12.8  70.0   I
                       8     8.4  1o.7l  25.4'  ee.0  123.2  158.9|        144.8|  74.6  29.3  18.2  12.9  10.3  56.5
                       9    11.6  14.8  35.1  93.9  170.1  219.31  199.9  1 03.0  40.5  25.2  17.8  14.2  78.0
                      10    16.3  20.6  49.1  131 .3  237.8  3ce.7i  279.5  1 44.1  56.6  35.2  24.9  19.9  1Ci).1
                      11    11.6  14.8  35.1  93.9  1 70.1  219.3|       199.9  1 CB.O  40.5  25.2  17.8  14.2  78.0   .
                      1213  10.7  13.6  32.2  86.3  1 56.3  201.6|       183.7  94.7|      37.2  23.1  16.4  13.1  71.7    i
                             9.8  12.4  29.4  78.9  1 42.9  184.3i       167.9  86.6  34.1  21.2  14.9  12.0  65.6   .
                      14    13.8  17.4  41.6  11 1 .4  201 .8  26o.2i  237.2  122.2  48.1  29.8  21.2|       16.9  92.6
                                                                                            I        21.2
                      15    17.4  22.0  52.4  1 cO.1  253.7  3272|     298.2  153.7  cO.4  37.5  26.6  116.4   ,
                      16     9.9  12.5  29.6  79.3  143.6  185.21        168.9  87.0  34.2  21.2  15.0  12.1  65.9   :
                       17    12.1  15.3  36.5  97.6  1 76.9  228.0  207.9|       107.1  42.1  26.1  18.5  14.8  81.1
                       18    10.0  12.7  cO.2  80.9  1 46.5  189.Oi        172.2  88.8  34.9  21.7  15.3  12.3  67.2
                       19    16.1  20.3  48.5  1 29.8  235.1  cO3.1|       276.3  142.4  56.0  34.8  24.6  19.7  107.8    .
                       20    20.8  26.3  62.6  1 67.8  303.9  391.9  357.2  1 84.1  72.3  44.9  31.8  25.5  139.4   I
                                                                           I       5o.5
                       21    14.5  18.4  43.8  117.1  212.1  273.5  249.3  128.5   31.4  22.2  17.8  97.3
                       22    10.6  13.5  32.1  86.0!       155.7|       2cO.7  182.9'  94.3|      37.1  23.0  16.31         13.1  71.4    .i
                       23    15.4  19.5  46.4  124.4|      225.3|       2sO.6  264.9,  1 36.5  53.7  33.4  23.61        18.9  103.4   :
                       24    10.4  13.1  31.2  83-5  151.4|       lee.2  1 77.9  -     91.7|       36.1  22.4  15.81         12.6  69.4   :.
                       25    8.9  11.2  26.7  71.5  129.4!        166.9  152.1|          78.4|       cO.g  19.1  3.61        10.9  59.4
                       26    10.8  •   13.7  32.5  87.3  158.01       203.7  185.6  95.7  37.6i      23.4  16.5|       13.2  72.4
                       27    11.2  14.2  33.9  sO.7  1 64.3  21 1.8  193.0  99.5  39.1  24.3  17.2|        13.7  75.3
                       28    12.7  16.1  38.3  102.61        185.81        239.6  218.3|        112.5  44,3  27.5  19.5|       15.6  85.2   ,
                       29    13.5  32.a  83.5  1 23.9  104.5  215.81        118.0  52.3|       26.1  21.1|         13.5  11.0  67.0
                       cO     8.4  14.3  25.3  1 1 4.6  198.9  154.3  188,0  1C6.4|       46.4|       29.5  16.9  11.8  75.9
                       31    12.6  12.6  12.6  37.1  es.9  414.81       288.3  1cO.7|      50.6  27.0  16.9  12.6  88.4
                       32     9.3  13.5  43.8  58.2  91.9  121.41        196.4  86.0  33.7  26.1  16.0  12.6  58.8
                       33    10.1  12.6  12.6  67.4|      204.8  233,5  269.8|       138.3  51.4  34.6  20.2  13.5  88.3
                       34    11.0  •8.4  21.9  43.0  1 62. 7  4CB.8  3cO.1  195.6`  39.6  26.1  18.5  14.3  101.7
                       35    11.a  15.2  10.1  sO.6  1 74.5  249.5 I         110.4  80.9  35.4  21.1  14.3  11.0  64.2    I
                       36    10.1   9.3  32.9  118.9  2cO.1  291 .7  279.9  77.6  44.7  23.6  16.0  13.5  94.7
                       37    11.0   4.2  11.8  45.5  93.61       169.4i       218.3|       164.4  70.81       3,.2  18.5  13.5  70.4
                       38    15.2  14.3  48.1  88.5  173.7  319.5i        128.1  121.41       39.6  I  21.9  14.31         10.1  81.3
                       39     8.4  18.5  42.1  122.2  252.9  396.21       4CB.8  1sO.9|      64.9  31.2  25.31       18.5  1 26.5
                       40    12.6|       13.5  38.8  228.5  322.0|      23S.2  315.3  1 35. 7  45.5  27.0  19.4  13.5  1 1 7.0
                       41    10.1|       22.8  28.7  69,1  332.1  283.  2ee.8  1 24.8  47.9  2:I .I  18.8  14.7  1 CB.3
                       42    15.2  16.0  66.6  1 18.9  317.Oi       276.  571.6  177.0  67.4i      32.o  25.3  19.4  141.6
                       43    17.7  20.2  24.4  96.9|          81.8|        133.  60.7  46.4  38.8 124. 41       ,3.5  11.0  46.9
                       44     9.3   5.9  25.3  55. 61       287.5  29G.  717.4  1 86.3  54.8 I      3o.3 I       20.2  19.4  142.0
                       45    20.2  27.a  1CB.7  284.1 I       288.3i       622.1  149.2  1 72.0  56.51       36. 21       3,.2  28.7  1 48.5
                       46    16.2  20.5 I       48.8  leo. 7|       236.8i       305.41       278.4!       143.5  56. 41       35. 11        24.8  19.8  1C8.6
                       47     12.9 I        '6.3 I       38.8 I     1o3. 8|       188.0|       242.4  22C).9 I         113,9  44`8|        27.8i        19.6|        15.8  86.2
                       •48
                              16.21.      20.5 I       48.7i     .,30. 51       236.3i       304.7!       277.8 I         143.11        56.2|        35.Oi        24.71        19. 8       108.4
                       49     1o.5i        13. 21         31. 51   ,   84. 5i         153.01        197.31        179.91           92.71        36.41        22.7!        16.0|        t2. 8         70.2
                       sO     „.9|       15.1i       35.8|.   96.01173.9i       224.31204. 4|        ias.4!       41.4!       25.7|       18.2i       .14. 6        79.8
                        5t    19.6|      24.7|      58. 81157.6(       285.41       368.1:       335.5!        172.9|       67.9|       42.21       29.81       23. 9       1cO.9
                        5253  13.51         ,7.1|       4J.6|     1CS.9|        197.31       254.4|       231.8|        119.51       47.0|       29.2|       20.7|       16. 5        sO.5
                              11.91        15.ol       35. 7(       95.7|       173.3 I        223.5i       2co.7!        ias.Oi       41.2i       25.6i        18.1  14.5         79.5
                        54    12.6i        15.81       37.8i    ioi.2l        183.2!        2ee.2!       215.3i        ilo.9|       43.6|        27.i|        t9.1  15.3         84.0
                      PROM   12.2 I       t5.4 I      37.C, I     99.6|      185.912474|      229.1  I       113.5|      44.3|      26.9|       18,7|      14.9            86.2
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