Localized irrigation system

Localized irrigation systems represent a significant evolution in agricultural irrigation management. With proper planning and regular maintenance, these systems can offer exceptional benefits in terms of water efficiency, crop health and environmental sustainability.

Spot irrigation is an irrigation technique that has revolutionized modern agriculture by delivering water directly to the root zone of plants. This technique differs from other irrigation methods by minimizing water waste and maximizing irrigation efficiency, adapting to the specific needs of each crop.

Localized irrigation systems include several modalities such as drip irrigation and micro-sprinkler irrigation, each designed to optimize water use and improve crop health.

Deepdrop® system

What is Localized Irrigation?

localized irrigation system

Spot irrigation is a method that applies water in a precise and controlled manner to the area where the plants’ root system is located. Unlike traditional surface irrigation methods, drip irrigation systems ensure that water reaches the roots directly, thus reducing evaporation and runoff losses.

Types of Localized Irrigation Systems

There are several types of localized irrigation systems, each with specific characteristics that adapt to different types of crops and soil conditions:

  • Drip Irrigation: Consists of the slow and continuous application of water through small emitters, directly at the base of the plants.
  • Subsurface irrigation: Similar to drip irrigation, but with the emitters buried close to the roots, which further reduces evaporation losses.
deepdrop® system

Advantages of Localized Irrigation

COMMITTED TO SUSTAINABLE DEVELOPMENT

The use of localized irrigation systems offers numerous benefits for both farmers and the environment:

Water Use Efficiency
Localized irrigation is highly water efficient because it applies water directly where it is needed. This reduces waste and allows for better management of water resources.

DEEPDROP® SYSTEM

Localized Irrigation Systems Implementation

COMMITTED TO THE ENVIRONMENT

Before installing a localized irrigation system, it is essential to evaluate the characteristics of the soil and the specific needs of the crop. This includes analyzing soil texture and structure, topography and plant water requirements.

System Design

The design of the localized irrigation system must be adapted to the soil conditions and crop type. This includes the selection of the appropriate emitters, the distribution of the irrigation lines and the configuration of the control system.

Installation and Maintenance

Once the system is designed, installation must be performed with precision to ensure optimum performance. Regular maintenance, including cleaning the emitters and checking the control system, is crucial to maintain the efficiency of localized irrigation.