Depends on wind speed at any time without irrigation during the day allows.
Less water stress in plants from breeding practices allows.
Irrigation facilities have been provided at low pressures because of less energy requirements.
Significant increase in product quality and yield effective (20-90%).
Crop ripens 2-3 weeks earlier.
Cultural operations are easier. Labor requirements are reduced.
Surface flow and evaporation and water loss is very small, 50% water savings.
Fertilization and irrigation with drugs can be made, activities are also increased. Diluted fertilizer solution is used, the root of the problem, there is no combustion.
Makes a good soil aeration.
All of the area in question be because he does not get wet, disease and minimizes weed growth. Hoeing labor is low.
Prevents erosion and soil loss.
Curved areas can be easily implemented.
Less soil kompaktlaşması (hardening) allows.
With very little flow of water to irrigate large areas easier. Easy to set up and removal
The available soil water of the merit increases. Plants grow better. Quality, efficient and standard products are obtained.
Pipes are placed at regular intervals into the desired amount of water drops in routers enables plants to the root. Intermittent water applications with a short right-field capacity have been continuous plant growth will be regular.
Even a high percentage of salt water, provides irrigation to be used with success. In this way, from salt damage to plants is reduced as well.
According to the classical method of irrigation saves 60% of fertilizers and pharmaceuticals.
Nutrient runoff and deep infiltration of water loss does not occur it does occur.
Even in areas without adequate water facilities for irrigation allows you to.
Equal distribution of water and fertilizer plants, thus providing the opportunity maturation and harvest one hand allows.
Classical methods are applied for irrigation in agriculture, plant into the water to reach the root emits more, but in this system, water is given directly to plant roots than plants not rooted and have been assimilated nutrients rather than the root of the product is right to go to.
Drip irrigation system, to reduce moisture in the air like fungus and bacteria diseases became widespread in humid environments significantly blocks.
Drip irrigation system to climatic conditions, plant growth period, according to their specific requirements and desired amounts of easily available at any time,
Drip irrigation systems, irrigation systems such as Back to the top the other from the wind, from the rugged terrain and temperature fluctuations are not affected. 100% irrigation allows equal that uniform.
Less water stress in plants from breeding practices allows.
Irrigation facilities have been provided at low pressures because of less energy requirements.
Significant increase in product quality and yield effective (20-90%).
Crop ripens 2-3 weeks earlier.
Cultural operations are easier. Labor requirements are reduced.
Surface flow and evaporation and water loss is very small, 50% water savings.
Fertilization and irrigation with drugs can be made, activities are also increased. Diluted fertilizer solution is used, the root of the problem, there is no combustion.
Makes a good soil aeration.
All of the area in question be because he does not get wet, disease and minimizes weed growth. Hoeing labor is low.
Prevents erosion and soil loss.
Curved areas can be easily implemented.
Less soil kompaktlaşması (hardening) allows.
With very little flow of water to irrigate large areas easier. Easy to set up and removal
The available soil water of the merit increases. Plants grow better. Quality, efficient and standard products are obtained.
Pipes are placed at regular intervals into the desired amount of water drops in routers enables plants to the root. Intermittent water applications with a short right-field capacity have been continuous plant growth will be regular.
Even a high percentage of salt water, provides irrigation to be used with success. In this way, from salt damage to plants is reduced as well.
According to the classical method of irrigation saves 60% of fertilizers and pharmaceuticals.
Nutrient runoff and deep infiltration of water loss does not occur it does occur.
Even in areas without adequate water facilities for irrigation allows you to.
Equal distribution of water and fertilizer plants, thus providing the opportunity maturation and harvest one hand allows.
Classical methods are applied for irrigation in agriculture, plant into the water to reach the root emits more, but in this system, water is given directly to plant roots than plants not rooted and have been assimilated nutrients rather than the root of the product is right to go to.
Drip irrigation system, to reduce moisture in the air like fungus and bacteria diseases became widespread in humid environments significantly blocks.
Drip irrigation system to climatic conditions, plant growth period, according to their specific requirements and desired amounts of easily available at any time,
Drip irrigation systems, irrigation systems such as Back to the top the other from the wind, from the rugged terrain and temperature fluctuations are not affected. 100% irrigation allows equal that uniform.
