Drip Irrigation For Okra at Frances Oliver blog

Drip Irrigation For Okra. Drip systems are highly effective in distributing irrigation water as they can either apply water directly to the soil’s surface or subsurface. A field study was conducted to compare the efficiency and performance of the drip irrigation (di) and the conventional surface. Okra crop irrigated with drip irrigation at 60 fit recorded the highest iwue, cwue and about 73% more yield than the 40 fit, i.e. We found from this study that dmi can reduce about 15 per cent of cultivation cost, save about 47 per cent of water resources and. This research trial was designed to determine how different drip irrigation levels affect the growth and yield of okra. The study investigated the crop and water productivity of okra in response to gravity drip irrigation and mulching in the indo. Results showed that drip fertigation improved the okra’s yield by 142% compared to surface flood (channel) irrigation and that this.

This research trial was designed to determine how different drip irrigation levels affect the growth and yield of okra. Okra crop irrigated with drip irrigation at 60 fit recorded the highest iwue, cwue and about 73% more yield than the 40 fit, i.e. The study investigated the crop and water productivity of okra in response to gravity drip irrigation and mulching in the indo. We found from this study that dmi can reduce about 15 per cent of cultivation cost, save about 47 per cent of water resources and. A field study was conducted to compare the efficiency and performance of the drip irrigation (di) and the conventional surface. Drip systems are highly effective in distributing irrigation water as they can either apply water directly to the soil’s surface or subsurface. Results showed that drip fertigation improved the okra’s yield by 142% compared to surface flood (channel) irrigation and that this.

Drip irrigation layout for the okra crop water requirement study

Drip Irrigation For Okra A field study was conducted to compare the efficiency and performance of the drip irrigation (di) and the conventional surface. The study investigated the crop and water productivity of okra in response to gravity drip irrigation and mulching in the indo. We found from this study that dmi can reduce about 15 per cent of cultivation cost, save about 47 per cent of water resources and. Results showed that drip fertigation improved the okra’s yield by 142% compared to surface flood (channel) irrigation and that this. Drip systems are highly effective in distributing irrigation water as they can either apply water directly to the soil’s surface or subsurface. This research trial was designed to determine how different drip irrigation levels affect the growth and yield of okra. Okra crop irrigated with drip irrigation at 60 fit recorded the highest iwue, cwue and about 73% more yield than the 40 fit, i.e. A field study was conducted to compare the efficiency and performance of the drip irrigation (di) and the conventional surface.