| 1 | Definition of Hydrology, methods, hydrological cycle | [1] p 1-7, [2] p 1-6, [3] p 48-52 |
| 2 | Basic equations of hydrology, global water balance, sustainable use of water resources and problems, energy balance of the earth | [1] p 7-9, [3] p 59-65, [4] p 1-11 |
| 3 | Precipitation, precipitation measurements, analysis of precipitation records, the calculation of the areal average rainfall in a basin, | [1] p 11-31 [2] p 14-78 [3] p 93-142 [4] p 13-33 |
| 4 | Evaporation, measurement and calculation technics of evaporation | [1] p 31-45, [2] p 85-131 [4] p 34-52 |
| 5 | Infiltration, infiltration capacity and indice | [1] p 45-50, [2] p 181-217, [3] p 143-156 [4] p 53-67 |
| 6 | Groundwater, regions, feeding, losses, | [1] p 50-64, [2] p 133-154, [4] p 71-75 |
| 7 | Water extraction of wells, Measurements of hydraulic conductivity | [1] p 64-73, [3] p 314-315, [4] p 76-78 |
| 8 | Stream flow, velocity, level, discharge measurements | [1] p 73-79, [3] p 166-170, [4] p 86-100 |
| 9 | Stream flow, velocity, level, discharge measurement methods+midterm exam. | [1] p 79-82, [3] p 174-179, [4] p 86-100 |
| 10 | Analysis of runoff records | [1] p 93-100, [4] p 103-109 |
| 11 | Identification of (drainage)watershed area, watershed characteristics | [1] p 89-93, [5] p 39-105 |
| 12 | Surface runoff, rainfall-runoff equations | [1] p 93-100, [3] p 211-216, [4] p 112-122 |
| 13 | Hydrographs, hydrograph analysis, parametric watershed models | [1] p 102-107, [2] p 222-229, [4] p 132-136 |
| 14 | Unit hydrograph theory | [1] p 109-122, [2] p 237-242 [3] p 201-209 |