| Experiment | Target |
|---|---|
| Row spacing in cotton (0.75, 0.90 and 1.00 meters) | This experiment was designed to define the most suitable row spacing in cotton (Barack 67 B) in terms of productivity in rainfed agriculture with the zero-tillage system. |
| Row spacing in sorghum (0.60, 0.75 and 0.90 meters) | This experiment aimed to define the most suitable row spacing in sorghum (Wad Ahmed) in terms of productivity in rainfed conditions with the zero-tillage system. |
| Row spacing in maize (0.60, 0.75 and 0.90 meters) | This experiment was designed to define the most suitable row spacing in maize (Banama) in terms of productivity in rainfed conditions with the zero-tillage system. |
| Row spacing in sunflowers (0.60, 0.75 and 0.90 meters) | This experiment was designed to define the most suitable row spacing in sunflowers (Hysun 33) in terms of productivity in rainfed conditions with the zero-tillage system. |
| Row spacing in sesame crop (Promo) | The experiment was conducted to determine the most appropriate distance between rows of sesame plants in terms of productivity for rainfed, zero-tillage agriculture. |
| Comparison of different planting distances, density and varieties | This study compared the effects of variety, agriculture distances and the number of seeds per planting on the productivity of two varieties, namely Kiriz and Medani. |
