| 1 | Definitions related to the place and importance of water quality in water resources development projects, irrigation water quality, salinity and sustainability | [1] p. 1–12, [2] p. 9–22 |
| 2 | Forms of expression and conversion of irrigation water analysis results | [1] p. 13–19, [2] p. 23–29 |
| 3 | Properties of water and main anions, cations and trace elements in irrigation waters | [1] p. 20–25, [2] p. 29–36 |
| 4 | Preparation of irrigation water analysis report and checking the accuracy of the analysis results | [1] p. 26–30, [2] p. 37–42 |
| 5 | Effects of irrigation water quality on plants and soil | [1] p. 31–42, [2] p. 43–52 |
| 6 | Irrigation water quality classification systems and guidelines | [1] p. 43–49, [2] p. 53–65 |
| 7 | Clogging problem in drip irrigation systems and methods of elimination | [1] p. 50–54, [2] p. 66–72 |
| 8 | Blockage problem in drip irrigation systems and removal methods | [1] p. 55–60, [2] p. 73–88 |
| 9 | Water-salt balance in the soil | [1] p. 61–70, [2] p. 89–96 |
| 10 | Flushing requirement in irrigation applications | [1] p. 71–78, [2] p. 97–105 |
| 11 | The problem of salinity and sodium in irrigated areas | [1] p. 79–87, [2] p. 106–111 |
| 12 | Identify the problem of soil salinity and sodium and identify the need for improvement | [1] p. 88–102, [2] p. 112–120 |
| 13 | Methods of remediation of saline and sodium soils | [1] p. 103–112, [2] p. 121–125 |
| 14 | Ensuring sustainable water and soil management | [1] p. 125–145, [2] p. 126–150 |