Modern Irrigation Systems
Modern irrigation systems are techniques developed to ensure efficient use of water in agriculture and to increase product yield. Modern systems such as drip irrigation, sprinkler irrigation and micro irrigation, where traditional irrigation methods are inadequate, allow water to be used more effectively by directly reaching the plant roots. This growth not only provides growth in food, but also increases the increase in agriculture against negative explosions such as drought. With the solutions offered by technology, modern irrigation systems minimize water waste, while sustainability of management. This text examines the varieties, advantages and presence of modern irrigation results on agriculture, and is an important step taken for a sustainable agricultural practice.
What are Modern Irrigation Systems?
Modern irrigation systems are fast heating, which ensures that water is delivered to the plants effectively and efficiently. In addition to saving water, these systems aim to improve management. They offer much more controlled and sustainable solutions compared to traditional irrigation methods. Here are the most common modern irrigation
- 1. Drip Irrigation System
Drip irrigation is a system that delivers water to the root areas in a slow and controlled manner. Water is given directly to the plant through small drippers located on the pipes. In this way, water is not lost by evaporation or flow, only the amount of water needed by the center is used.
- 2. Sprinkler Irrigation System
Sprinkler irrigation is a type of irrigation system that is carried out by spraying pressurized water with a gun, similar to rainfall. Since it allows 10s of meters of area to be irrigated with a single gun, its use is becoming quite widespread.
- 3. Micro Sprinkler Irrigation System
Micro sprinkler irrigation, In this system, specially designed sprinkler heads and pipes are used to distribute water to the plant root area with low flow and in a regular manner.
- 4. Underground Drip Irrigation System
Underground drip irrigation, Thanks to the irrigation pipes placed underground, evaporation loss of water is prevented and it is ensured that it reaches the plant roots directly without reaching the surface of the soil. This method offers a great advantage in terms of sustainable use of water resources and at the same time ensures that plants receive the water and nutrients they need in the most efficient way.
- 5. Fertigation
Irrigation and fertilization are done together. In this way, both the plant’s nutrient needs and water needs are met. Therefore, the plant can easily access nutrients during the growth period. On the other hand, the accumulation of harmful substances in the soil is prevented.
- 6. Pivot Irrigation System
Pivot irrigation, Pivot irrigation is generally an irrigation method performed from a certain center and carried out on a single line. This form of irrigation, which is usually applied by moving a mobile irrigation vehicle without using many pipes and equipment within the field, is quite effective.
- 7. Smart Irrigation Systems
Smart irrigation is a modern irrigation method that uses advanced technologies to meet water needs in the most efficient and effective way.
Why Modern Irrigation Systems?
Water is one of humanity’s most valuable resources, and the protection of this resource is becoming increasingly important each passing day. Although traditional irrigation systems are widely used, especially in agriculture, the effective use of water in these systems is quite low. Due to evaporation, surface runoff, and leaks, a large amount of water is wasted during irrigation. This situation both affects efficiency and threatens water sustainability. Increasing water scarcity worldwide and high water consumption in the agricultural sector necessitate us to use more efficient and water-saving solutions. This is where modern irrigation systems come into play.
As Esular, we offer the opportunity to remotely manage all the complex irrigation processes from the moment the water comes out of the source to the moment it reaches your plant. We can determine how much water you consume, how much water your plant needs, the most appropriate time to water, and monitor whether there is any loss or leakage in your system. We also help you provide the environmental conditions your plants need while monitoring the changes in the pool or well levels. Thanks to these smart solutions we develop, we respond to all the problems required for sustainable and efficient agriculture. You can always reach us for more detailed information about our solutions!