Puskás Tamás (szerk.): Adatgyűjtemény Magyarország felszíni vizeiről - Tanulmányok és kutatási eredmények 10. (Budapest, 1961)
II. fejzet. Vízhozam adatok
Tisza, SZOLNOK J 1 1 m z 5 V i z h o a m o k m?/t Hidr. év Nov Dec Jan Pebr Márc Api* Máj Jun Jul Aus Szept Okt Év 1931 a 1253,0 1270,0 860,4 788,4 1311,0 986,4 948,4 399,0 333,0 333,0 1068,0 1162,0 1311,0 1004,0 717 ,-0 596,0 405,0 1044,0 744,0 635,0 305,6 218,6 175,1 426,0 555,0 569,0 KQ 474,0 338,6 305,0 236,2 716,4 546,0 327,4 229,0 141,2 139,6 229,0 279,0 139,6 NQ 1324,0 716,41167,0358,2 _ 1201,0 3314,0 1791,0 720,0 489,0 596,6 161,2 558,0 3314,0 1932 KÖQ 1177,0 425,0 800,0 284,4 615,0 2180,0 1217,0 500,0 295,0 301,0 129,7 268,0 683,5 tol 813,6 319,0 375.0 “ 253,0243,4- . 1162,0 647,8 327,4 202,8 163,0 111,8 131,6 111,8 1933 nq 900,0 752,4 198,4 271,2 1253,0 795,6 1213,0 1287,0 1545,0 963,6 856,8 956,0 1545,0 KÖQ 416,0 379,5 151,2 176,2 740,0 435,0 920,0 810,0 1276,0 447,0 568,0 557,0 564,5 KQ 185,2 202,8 107,8 123,0212,2 250,6 615,8 302,4 555,0 276,4 347,0 258,2 107,8 1934 & 1108,4) 828,0 605, P284,2 1232,0 788,4 273,8 250,6 549,0 435,0 574,2 784,8 1232,0 805,0 451,0 427,0 232,0 984,0 422/ 174,6 189,0 439,0 244,0 276,0 284,8 411,4 KQ 552,0 271,2 258,2 ‘ * 212,2253,0 289,' '143,6 132,2 185,2 161,2 152,4 125,8 125,8 NQ 681,6 619,0 250,6 817,2 1370,0 1074,0 1275,0 820,8 241,0 187,4 324,6 229,0 1370,0 1935 KÖQ 373,6 432,0 183,0 220,5 937,0 790,0 900,0 524,8 181,0 129,6 182,0 136,0 416,0 KQ 189,6 255,6 118,8155,8543,0 567,0 571,0 236,2 144,4 113,2 120,2 105,4 105,4 % 313,4 447,0 1010,0 994,0 1154,0 1213,0 564,0 612,6 287,0 486,0 363,8 1042,0 1213,0 1936 177,5 266,8 589,6 682,0 726,0 838,0 391,5 415,5 221,0 266,0 256,2 695,0 457,0 KQ 123,0 129,3 384,0 381,0 344,2 450,0 250,6 279,0 152,4 163,0 152,4 191,8 123,0 NQ 940,8 381,0 284,2 . 1010,0 2060,0 2060,0 952,2 341,4 363,8 651,0 609,4 194,0 2060,0 1937 KÖQ 718,0 283,0 215,6 652,0 156,8 1441,0 540,0 228,0 233,6 316,0 299,4 147,5 436,0 KQ 378,0 205,0 134,8 231,4882,0 1006,0 341,4 171,0 171,0 163,0 196,2 125,1 . 125,1 1938 NQ 685,0 1072,0 495,0540,0 1066,0 1120,0 1380,5 1095,0 685,0 1070,2 1058,0 276,4 1380,5 KÖQ 332,0 664,0 375,5 372,0 750,0 842,0 1132,0 668,5 409,0 555,2 585,0 210,6 574,5 KQ 118,1 • 292,0 271,2255,6 233,8 573,0 892,8 366,6 263,4 248,2 236,2 169,0 118,1 & 828,0 498,0 1058,0 635,0 498,0 1270,0 1248,0 1213,0 366,6 417,0- 118,8 435,0 1270,0 1939 413,0 313,2 534,0 398,2 285,2 772.5 688,0-552,0 193,0 202,5 105,8 201,0 388,1 KQ 205,0 166,0 289,4284,2 205,0 321,8 266,0 330,2 123,0 121,6 89,8 108,4 89,8 & 1046,0 952,2 227,8- . 567,01604,0 3160,0 1677,0 1451,0 1545,0 824,4 1050,0 730,8 3160,0 1940 591,0 560,0 174,5 298,0 690,0 2272,0 1233,0 1211,0 1140,0 451,8 696,0 476,0 816,2 KQ 321,8 226,6 146,0159,4 *” 224,21666,0 712,8 831,6 688,4 281,6 441,0 266,0 146,0 226,6 Sk 1176,0 824,41194,0 _ 2535,0 2631,0 2311,0 2914,0 2017,0 831,6 846,0 1451,0 1475,0 2914,0 1941 1019,0 401,0 726,0 1277,0 1850,0 1888,0 2268,0 1304,0 533,8 525,0 1145,0 848,0 1149,5 KQ 522,0 255,6 276,4853,21124,0 1227,0 1743,0 552,0 372,2 338,6 387,0 313,4 313,4 NQ 1604,0 882,0 523,0 _ 546,01911,0 1363,0 1583,0 1467,0 341,0 256.0 136,0 163,0 1911,0 1942 KÖQ 1210,0 531,0 410,0 351,0 1352,0 1192,0 1330,0 712,0 267,0 200,0 121,0 117,0 649,0 KQ 525,0 294,6 284,0271,0 567,0 ■ 998,0 1091,0 375,0 214,0 142,0 106,0 100,0 100,0 nq 268,0 248,0 152,0426,0305,0 937,0 534,0 399,0 593,0 344,0 139,0 130,0 937,0 1943 KÖQ 155,0 160,0 131,0-292,0 246,0 469,0 312,0 309,0 400,0 165,0 108,0 95,6 238,0 KQ 116,0 117,0 99,4 124,0187,0 217,0 198,0 238,0 229,0 93,4 91,0 77,0 77,0 NQ 462,0 486,0 321,0 1038,0 1082,0 1526.0 1545,0 853,0 583,0 552,0 157,0 1944 KÖQ 148,0 307,0 180,0 583,0 684,0 1100,0 1133,0 558,0 469,0 335,0 130,0 _ _ KQ 75,9 154,0 117,0 177,0 279,0 438,0 810,0 402,0 363,0 165,0 110,0 NQ 1320,0 1454,0 1277,0 1107,0 871,0 374,0 642,0 516,0 1945 KÖQ —812,0 1169,0 1049,0 732,0 547,0 202,0 400,0 350,0- . KQ > 304,0 758,0 724,0 332,0 301,0 164,0 238,0 273,0 NQ 515,0 986,0 941,0 1075,0 1379,0 1028,0 573,0 412,0 258,0 124,0 90,6 109,0 1379,0 1946 KÖQ 286,0 345,0 480,0 571,0 951,0 738,0 464,0 281,0 161,0 89,4 73,8 71,8 376,0 KQ .212,0 171,0 288,0243,0 “ 350,0 585,0 366,0 218,0 121,0 66,5 65,0 61,5 61,5 nq • 538,0 471,0 167,0857,01435,0 1435,0 501,0 279,0 212,0 215,0 481,0 105,0 1435,0 1947 KÖQ 234,0 247,0 137,0 334,0 1303,0 913,0 284,0 196,0 159,0 138,0 205,0 90,7 354,0 KQ 108,0 128,0 118,0109,0979,0 366,0 170,0 137,0 122,0 101,0 97,0 79,6 79,6 NQ 986,0 860,0 2327,0 2082,0 570,0 1075,0 525,0 1233,0 1196,0 579,0 225,0 221,0 2327,0 1948 KÖQ 438,0 518,0 1608,0 1170,0 431,0 722,0 350,0 806,0 836,0 337,0 173,0 141,0 629,0 KQ 92,2 163,0 836,0 396,0 345,0 398,0 266,0 297,0 650,0 221,0 137,0 113,0 92,2 NQ 343,0 172,0 398,0319,0 868,0 960,0 579,0 585,0 1267,0 1144,0 278,0 155,0 1144,0 1949 KÖQ 213,0 141,0 223,0 157,0 385,0 734,0 369,0 395,0 634,0 513,0 197,0 111,0 339,0 KQ . 154,0 121,0 127,0117,0 130,0 453,0 •268,0 247,0 291,0 278,0 150,0 90,6 90,6 NQ 412,0 918,0 398,0 1209,0 1309,0 1032,0 672,0 175,0 157,0 306,0 122,0 298,0 1309,0 1950 KÖQ 245,0 599,0 278,0 579,0 870,0 621,0 337,0 138,0 110,0 136,0 82,8 160,0 ■ 346,0 KQ 86,9 314,0 192,0 205,0 " 398,0 371,0 183,0 111,0 78,4 70,0 72,4 98,6 70,0 NQ 857,0 1332,0 918,0 685,0 1196,0 1105,0 1439,0 778,0 516,0 278,0 218,0 268,0 1439,0- 1951 KÖQ 497,0 1009,0 432,0 411,0 1020,0 949,0 1050,0 533,0 291,0 202,0 149,0 153,0 518,0 KQ 291,0 591,0 236,0 291,0 744,0 724,0 666,0 407,0 197,0 152,0 114,0 97,0 97,0 NQ 229,0 288,0 361,0 1032,0 971,0 1946,0 1690,0 393,0 361,0-113,0 232,0 1028,0 1956,0 1952 KÖQ 124,0 161,0 261,0 500,0 420,0 1698,0 801,0 351,0 172,0 91,2 130,0 494,0 484,0 KQ 87,6 101,0 146,0 161,0 263,0 1032,0 369,0 314,0 100,0 76,6 86,2 256,0 76,6 NQ 1209,0 1522,0 2463,0 1051,0 1075,0 1025,0 579,0 1103,0 576,0 343,0 400,0 238,0 2463,0 1953 KÖQ 948,0 1297,0 1665,0 620,0 644,0 757,0 487,0 733,0 398,0 237,0 231,0 177,0 683,0 KQ 720,0 846,0 585,0 412,0 357,0 363,0 358,0 401,0 248,0 158,0 157,0 129,0 129,0 NQ 215,0 174,0 121,0119,01198,0 661,0 944,0 950,0 613,0 514,0 181,0 319,0 1198,0 1954 KÖQ 131,0 131,0 113,0 107,0 605,0 401,0 604,0 594,0 409,0 238,0 129,0 181,0 303,0 KQ 112,0 93,8 97,898,6116,0246,0 380,0 350,0 192,0 149,0 105,0 124,0 93,8 105,0 NQ 179,0 257,0 1397,0 1428,0 1483,0 1487,0 1083,0 952,0 1335,0 1483,0 513,0 502,0 1487,0 1955 KÖQ 158,0 191,0 757,0 953,0 1124,0 1258,0 860,0 618,0 870,0 948,0 348,0 250,0 693,0 KQ 135,0 133,0 192,0 577,0 788,0 868,0 686,0 426,0 493,0 460,0 250,0 181,0 133,0 NQ 483,0 1178,0 1295,0 952,0 1107,0 1956,0 1640,0' 650,0 734,0 447,0 211,0 209,0 1640,0 1956 KÖQ 299,0 681,0 770,0 440,0 841,0 1267,0 1038,0 387,0 503,0 220,0 158,0 146,0 562,0 KQ 226,0 215,0 343,0 345,0441,0975,0 653,0 269,0 301,0 147,0 125,0 123,0 123,0 NQ 222,-Qi 694,0 21-7,0 1483,0 1479,0 1267,0 1274,0 1115,0 609,0 604,0 415,0 637,0 .1483,0 1957 KÖQ 163,0 412,0 187,0 828,0 980,0 763,0 812,0 670,0 350,0 253,0 298,0 322,0 502,0 KQ 130,0 139,0 167,0181,0407,0 519,0 528,0 298,0 172,0 138,0 185,0 165,0 130,0 NQ 231,0 1063,0 630,0 _ 1700,0 1797,0 1532,0 1536,0 498,0 990,0 246,0 293,0 403,0 1797,0 1958 KÖQ 169,0 423,0 316,0 1001,0 1332,0 1364,0 1320,0 366,0 549,0 195,0 184,0 217,0 619,0 KQ 147,0 126,0 145,0 “ 432,0 — 771,0 893,0 508,0 276,0 211,0 156,0 146,0 152,0 126,0 NQ •1604,0 . 1522,0 2463,0 . . 2535,0 2631,0 3314,0 2914,0 2017,0 1545,0 1483,0 1451,0 1475,0 3314,0 1931-58 KÖQ . 455,0 483,-0 471,0 515,0 814,0 1062,0 811,0 535,0 438,0 290,0 278,0 274,0 529,0 KQ •75,9 93,8 101,0 97,8 99,4 98,6 107,0 116,0 130,0 217,0 143,6 111,0 78,4 66,5 65,0 61,5 61,5 I'll
