How does irrigation system work?

Everyone knows that water is the most vital component of life, which is also true for lawns. It directly influences soil quality and plant development depending on whether there is too much or too little.

Irrigation management looks to be a key component in this situation. The process considers characteristics of the plant’s physiology, the quantity and method of watering the soil, moisture conditions, and economic variables.

You may discover more about this system and the three models that are most strongly advised.

What is irrigation management?

Irrigation management is a collection of techniques that allow for the regulation of water supply. The system, in this instance, gathers data to determine when, how much, and how to administer water to the lawn; it must be strategically used to get good results.

For instance, it’s crucial to cross-reference crop behavior data for a certain water source. Some types of grass, for example, are known to grow well when there is a lot of water available, but others do better with less water and can tolerate dry spells.

Proper irrigation management assures lawn and garden survival, boosts productivity, and lowers soil enhancement or water distribution expenditures.

How do irrigation systems work?

 

It is required to identify several elements, such as weather circumstances, plant physiology, and economic reasons, to respond to this issue and choose the best model. There are generally three fundamental methods for controlling irrigation, each of which is described in greater detail below:

Soil irrigation

The properties of the soil are mostly used in this sort of management to carry out the irrigation procedure. Aspects including density, slope, and the rate of water penetration on the surface should all be taken into account.

It is vital to establish control conditions to ensure that there is neither a shortage of water nor a leak in the soil since the management of irrigation through soil views this as a reservoir. This technique aims to have as much water as possible available for irrigation at the appropriate moment.

For all varieties of crops and irrigation systems, this procedure is advised. A mesh network, which more accurately represents the region as a whole, however, produces superior outcomes.

Irrigation management via atmospheric conditions

The key in this situation is understanding the climatic parameters, considering evapotranspiration, the evaporation of water from the soil, and transpiration, which plants carry out during photosynthesis.

Based on these indications, management actions may be taken, restoring lost water in accordance with the day’s or prior days’ atmospheric conditions.

In general, sprinkler irrigation systems and grain crops benefit the most from this technique. The drawback is that it necessitates the construction of a weather station on the rural property in addition to necessitating several computations and empirical formulae.

Integrated irrigation

This sort of management is based on data from both atmospheric and soil management. As a result, it takes into account both the variance in soil moisture and the amount of evapotranspiration.

One benefit of integrated irrigation management is greater precision in determining the appropriate time and quantity of water. The more technology used, in addition to being appropriate for all kinds of crops and irrigation systems, produces greater outcomes.

Maintaining optimal grass and plant health necessitates judicious irrigation management. It is also a significant component in water conservation, nutrient management, and the protection of our local water bodies.

Let Protex Lawn and Pest Control assist you in incorporating suitable irrigation methods and landscape management in order to safeguard your landscaping investment and reduce environmental damage.

Contact us today!