Nagy László (szerk.): A vízgazdálkodás fejlődése (TIT, Budapest, 1970)

X. Mellékletek

Fig. 27. Floods of the Ffungorion reach of the Tisza River, recurring «very

100 year on the average 126

Fig. 28. Duration and frequency of ice occurrence and congealing for 5-day

intervals of the winter, on the Danube and Tisza rivers 133

Fig. 29. The pollution of our surface waters 135

Ffg. 30. Temperature conditions of our surface waters 139

Fig. 31. Water swelling due to wind effect on Lake Balaton, on April 11, 1953 143

Fig. 32. The range of groundwater table fluctuation in various depts 147

Fig. 33. Nappe fluctuation with a period of several years in some wells of

the area between the Danube and the Tisza 149

Fig. 34. Valley cross-sections 157

Fig. 35. Flood-control walls in Budapest 158

Fig. 36. Map of Hungary before flood control and river training was commenced 161

Fig. 37. The development of dike profiles on the Danube 163

Fig. 38. The development of dike profiles of the Tisza downstream of Szolnok in the period 1855—1881 164

Fig. 39. The development of dike profiles of the Tisza downstream of Szolnok

during the period 1895—1919 164

Fig. 40. Profile of a Tisza dike near Csongrdd 166

Fig. 41. Main lines of flood control in the Danube valley 176

Fig. 42. Main lines of flood control in the Tisza valley 177

Fig. 43. Earth masses incorporated in our main lines of flood control 178

Fig. 44, Examples of dike reinforcement 189

Fig. 45. The development of dike profiles on the Danube in the years 1956

and 1965 192

Fig. 46. Reinforced dike profile in the Szigetköz (1969) 192

Fig. 47. Properly arranged foreshore with shelterbelt 195

Fig. 48. The most frequent works of flood protection (I) 196

Fig. 49. The most frequent works of flood protection (II) 196

Fig. 50. Organization of flood control on the national level 205

Fig. 51. Sketch map of localization 205

Fig. 52. Rivers and lakes of Hungary 215

Fig. 53. The development of river and lake regulation 215

Fig. 54. European network of waterways with connections planned 250

Fig. 55. Longitudinal profile of the Rhine—Main—Danube waterway 253

Fig. 56. Layout of the Danube—Odera—Elbe Canal 254

Fig. 57. Waterways of Hungary 255

Fig. 58. Longitudinal profile of Tisza River canalization 258

Fig. 59. Alternative traces for the Danube—Tisza Canal

Fig. 60. Barrages foreseen for Sió River canalization 262

Fig. 61. Layout of the planned Sajó Canal 265

Fig. 62. Ports and quays in Budapest 266

Fig. 63. Development plan for the MAHART National and Free Port (B. Guóth) 270

Fig. 64. Hydroelectric plants planned on the Danube from Bratislava to the

Black Sea 280

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