Page 60 - Anteproyecto Definitivo Parte A - Las Pavas, Arrazayal, Cambarí
P. 60

TABLA Ill.1.13


                             SERIE DE CAUDALE§  NIEDIOS MENSUALES (m3/seg)
                                      representatiya del  periodo  1940/41-1993/94

                  Rio:  BERMEJO         .                                                                                           Lugar:  LAS PAVAS


                   Ano    sETl  ocTl  Nbvl  DIcl  ENEl  FEB   MAR   ABRl  MAYl  JUNl  JULl  AGO  MEO'O
                               '18.ol                                                 2o.2i  13.4  52.6
                    1     12.3       44.11  69.61  96.41  1 40.1  1 1 2.5  53.41  35.71  21.71
                    2     11.1  14.51  15.71  33.21.  84.61  97.41         65.0  62.81  36.81  22.2  16.31  12.9  39.0
                    3     10.7  12.1  I  29.21  45jl  83.41  1 cO.1  152.7  92.51  42.1  I  27.9  19.71  14.6  55.3 .
                    4     11.4  11.7  28.2  61.9  155.1  1 64.8  1 73.2  48.7  33.21  22.2  15.7  12.8  61.1
                    5.     9.4  17.6  17.5  36.7  103.8  1 24.1  1 89.0  99.9  45.0  21.7.  15.8  13.1  57.5
                                                                                      13.5
                    6     11.5  9.7  18.1  63.3   79.7  1 43.9  103.6  39.8  31.1  18.81  `15.8  10.6  44.7
                    7     •9.8  12.6  32.4  1 C5.2  214.6  1 43.9  136.8  86.6  33.5  22.11  14.6  Cf3-I
                    8     13.6  15.5  28.8 .      31.8  84.7  1 1 0.8  121 .0  35.5  20.2  16.3  12.8  10.1  41.4
                    9      9.3  8.8  13.5  42.3  135.9  189.4  138.4  63.4  29.1  20.8  16.6  13.6  56.0
                    10    12.8  21.5  71.9  188.8  224.8  330.4  193.1  48.7  27.7  22.5  16.8  15.6  96.6 I
                    11    12.6  11.3  23.2  ee.7  156.5 .      176.9  1cO.O  72.5  25.8  18.0  14.2  10.8  58.5
                    12     8.4  15.1  29.4  1 1 8.8  1 1 3.4  1 96.8  75.0  42.8  23.0  19.7  13.9  11.6  54.8 .
                    13    10.6  11.3  21.3  93.2  76.7  160.ol         83-7  84.3  28.3  22.3  18.9  14.3  51.4
                    14    10.7  13-5  ae.2  sO.2  1 44.8  284.9|      150.9  92.1  37.1  23.3  17.8  14.3  75.6
                    1516  13.4  13.2  66.6  63.a  1 CP.3  418.6  593.4  .TIS  32.3  22.7  16.2  14.3  118.4
                          10.2  8.1  18.9  54.5  1 C6.9  185.0  67.8  37.6  21.0  18.6  14.1  14.6  45.5
                    17    10.9  31.8  89.1  95.4  115.4  233.5  179.0  72.3  41.7  22.1  17.5  14.7  76.a
                    18    13.5  17.6  25.5  67.6  152.4  1 56.4  1 23.5  60.3  45.3  28.6  20.5  16.3  60.2
                    19    13.5  35.0  37.5  107.5  • 271 .3  251.1  181.5  70.5  cO.6  26.3  22.7  17.4  88.8
                    2021  12.7  20.9  41.6  195.6  354.7  21 2.9  295.1  1 77.3  52.5  33.0  24.2  19.1  1 1 9.8
                          14.8  20.6  33.5  122.6  83.4  280.5  155.8  1 76.5  74.4  2:I .2  18.4  15.0  83.9
                    22   I      12.2  19.4  29.2|       74.4  1 57.8  1es.8  136.8|        65.1  39.6 ,  22.9  16.5|       12.4  cO.1
                    23     9.9   9.5  16.2|        76.9|       187.2  210.7  2C8.0  1 32.0  32.2  38.1  21.0  16.3  79.1
                    24     12.1  13.9  26.4  71.8  107.9  1 cO.0  111.9|         69.4  40.2  17.7  12.3  11'1  53.9
                    25     8.8   9.4  28.4  53.8  126.4  1 26.3  63.5  40.2  27.5  20.9  15.2  12.4  43.9
                     26    12.3  11.3  14.2  57,3  137.3  154.2  117.7|        52.0  cO.6  15.7  12.3  10.0  51.5
                     27    9.8  16.9 .    27.7  1 85:8  97.5  1es.5  236.2  65.8  cO.6  27.1  22.1  19.0  72.8
                     28    11.6  26.4  59.1  86.4 I,   146.2  378.2  1 02.0  62.6  27.4  21.5  16.1  18.0  T7 .fJ
                     29    13.1  21.2  56.6  103.0  85.0  167.  101  . 1  39,ol      25.0  20.5  14.41        1o.5  54.1
                     cO    8.1   9.6  20.5  58.5  1 sO.3  1CO.  113.6  94.4  32.1  23.1  14.6  10.7  53.0
                     31     9.6  9.4  10.5  2:I .2  76.2  198.  1 cO.8  69.1  36.1  19.4  13.7  11.7  52.6
                     32     8.3  11.6  24.4  45.5  63.2  88.   197.0  67.1  28.8  18.0  13.5  10.2  47.9
                     33     9.7  13.5  15.3  65.4  185.0  197.  178.0  1 07.0  46.8|      27.7  18.0  14.3  72.5
                                         I        43.6
                     34    12.3  11-4  25.0       1 65.0  372.0  296.0  161.0  41.3|       26.2  21.2  17.1  97.6
                     35    13.3  20.4  14.5  53.8  132.0  315.0|       125.0  1cO.O  cO.3  24.a  16.8  12.8  70.7
                     36    12.5  12.1  23.2  1 CB.0  214.0  225.Oi       315.0  72.8  37.1  22.5  16.4  14.1  88.5
                     37    12.1  9.0  10.3  46.3  101.0  234.0 i       2o3.o  1 68 .C)  66-1  30.1  19.9|       15.7  75.2
                     38    16.3  14.2  34.6  73.2  176.0  256.Oi       144.0  1 1 5.0  37.1  22.0  16.4  12.6  75.3
                     39    10.8  18,0  33.6  123.0  189.0|        295.C)i.      291.0 I     lee.0|      46.5  27.4  23.61       19.3  97.3
                   •40     14.1  14.6  43.2  1 79.0  216.0  178.0|      238.0|        99.3  37.8  23.4  16.5|       12.9  '89.2
                     41     9.6  18.9  29.0 I         62.9  270.0  436.oi        174.ol      188.o  53.7  29.4  20.6  15.8  1 06.8
                     42    13.4 I         ,1.9  33.6 I        69.6  225.0  258.0|      332.ol      15o.0  54.5  28.4  20.4  16.0  1 CX).3
                     43    16. 41       14.6  20. 31      123.0 I           91.4  143.Oi          77.1|         57.3  41.6  28,0  17.9  14.7  53.8
                     44    11. 71         9.4  21. 7i        40.9 I        182.a  234.0|       cO1.0|      137.0  51.4  29.5  21.2  21.1  113.1
                     45    13.5!      ,8.5  49.ol     lco.01       2CB.0  458. 01        155.0|       113.0  45.1  24.6  18.8  17.6  99.2
                    '46                                                                            84.7
                           19.61      20.3  76.3  114.01        173.a I        2C6.oi       lee.ci|      129.o I       36.0 i       22.2  16.8  13.5
                     47    13.ol      20.6 14o. 71       154.oi      369.0 I         ,39.Oi            71. o1         60. 4!        39.61        21.6 I         14.8|        12,4  79.7
                     48    '1. 91         12.1 184. 41         96.8|       210.Oi        165.Oi       239.0|      189.a i      56.3 129. 71        2,.oi        ,4. 7        93.7
                     49     2.8rl4. 6i        11.11          62.9i            84. 21           8.L91        195.0|         98. ol       35.31       23. 71         17.2 I           11.8  54.0
                     sO    11.21        2o. 4|      25.3|        73.9|       125.0!        leo.01        175.0!      139.Oi       38.9 122. 3|        15.8|        14.0        65.6
                     51     ".2`1        18. 7|       73,41      173. 01       276.0|        2CX5.01        373.Oi       129.01       40.81       24.8 119. 81          16. 3       113.3
                     52     3.ol      ,8. 9|      43.2|       63.31       234.01         217.01            98.71,          51.7i       26.31         18. 2'       ,6. 41        ,4.9          67.1
                     53    12.5!       ,2. 9|        32.9i       111.0!         161.0|       138.0|       leo.O!        68.0|       37. 71          19. 4|        15.51        12. 4        66.6
                     54     1o.61        13. 7|      49.21        99,2i        177.01        3cG.0l        lee.01         58.61       30.i|       20. ol        13. 91           '1. 6         72.9
                    PFtoM  11,9|      15.5 I    33.9|      85.2|      156.3 I      207.3|      180.6|       89.7 I     37.9 I     23.5 I       17.3 I        .,4.,  72.0
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