Table 3.
Different types of irrigation systems
| Name | Advantages | Application | Technology | Ref |
|---|---|---|---|---|
| Drip Irrigation | Efficient system, Saves water, Reduces nutrient leaching | Fuzzy Control for automatic greenhouse irrigation, DIDAS software for linearized water flow and scheduling | Matlab, Delphi (Embarcadero, Version XE3) | [45, 46] |
| Sprinkler Irrigation | Automatic Irrigation, Smooth fertigation and chemigation, No labor requirements | Multi-agent system for garden irrigation, Crop model AquaCrop for the optimization | Agent based simulation, AquaCrop Simulator | [47, 48] |
| Flood Irrigation | Usable on shallow soils, Low cost | The risk and sensitivity analysis of water, Energy and emissions in IR | Risk Software | [49] |
| Border Irrigation | Easy to design and maintain, Simple operations of the system, Natural drainage | Improved understanding of IR Models and measures basis for improving IR | SISCO | [50] |
| Furrow Irrigation | Accomplished, Minimal erosion , Adaptable to a large array of land slopes | Irrigation and fertigation in isolated furrow networks | C-language | [51] |
| Basin Irrigation | Small fields, Well suited for crops | Modelling and multi-criteria analysis of water saving | ISAREG, SRFR, SIRMOD | [52] |