Posted On: December 26, 2023

Posted By: KSNM DRIP

When and Why Do Plants Need Spray Irrigation?

Introduction

Rain hose kits from KSNM Drip are the best spray irrigation systems you can get for your agricultural use. This irrigation system will make it rain in your fields even in your summers. If you are curious to know why your plants need a spray irrigation system, then this article will be of help to you. You will learn bout sprinkler/spray irrigation, its advantages, how water is applied to the plants, and its limitations. The knowledge that you get from here can help you choose the right type of irrigation system from KSNM Drip.

What is Sprinkler/Spray Irrigation?

It is an irrigation process through which water is applied to plants in the form of rain created by a simple spraying device. This modern irrigation method provides controlled water distribution, minimizing water losses. It can easily adapt to different terrains and crops, making it very much suitable for large-scale agricultural lands. The nozzle and sprinkler head used in this irrigation method come in different sizes and have many features.

Why do Plants Need a Spray Irrigation System?[Advantages]

The type of irrigation method that you want depends on the type of plant that you have planted in your farmland. And, you will need a spray irrigation system for your plants due to the advantages offered by it. If your crops and the soil are very suitable for spray irrigation, then these are the reasons to go for it,

Advantages of Sprinkler/Spray Irrigation System

• Spray irrigation is suitable for all soil types, except for hard clay.

• You can save almost 30% - 50% of water with this modern irrigation system.

• The best choice of irrigation for agricultural lands with a large plant population per unit area is high.

• It becomes easy to apply fertilizers and necessary nutrients for your plants quickly and easily.

• Helps you increase crop yield and reduces labor costs.

How is Water Applied to Plants Using Spray Irrigation?

The Spring Irrigation system uses a nozzle that is connected to a lateral tube, which sprinkles water and covers a large area. This modern irrigation method makes sure that water is applied to your farmland informally when water pressure is maintained constantly. The wetting pattern when water is sprinkled is higher near the sprinkler and gets reduced constantly as far as it can get. Here is a simple diagrammatic representation of the wetting pattern of the sprinkle/spray irrigation system. 

The water droplet size decreases as far as it can get, but this makes the soil absorb water at a quicker rate. To make the spray irrigation system a success, there are a lot of components at work, such as,

• Pump

• Pipes

• Laterals

• Sprinklers

The types of sprinklers that you use determine the amount of the water applied to your field. Here is a simple table representation of the types of sprinklers and the precipitation rate,

Plants That Grow Better With Spray Irrigation

Lettuce and Leafy Greens: Spray irrigation is well-suited for leafy vegetables like lettuce, spinach, and kale. The gentle mist helps keep the foliage hydrated without causing damage.

• Broccoli and Cauliflower: These cruciferous vegetables benefit from consistent moisture levels provided by spray irrigation. It helps prevent stress and ensures uniform growth.

• Strawberries: Spray irrigation is effective for strawberries, especially in warmer climates. It helps maintain soil moisture, which is crucial for the development of plump and juicy berries.

• Herbs: Many herbs, such as basil, cilantro, and parsley, do well with spray irrigation. It prevents soil compaction around the delicate herb plants while ensuring they receive adequate water.

• Carrots: Carrots prefer consistent moisture for proper root development. Spray irrigation can provide this moisture without disturbing the soil structure.

• Cabbage and Cabbage Family: Crops like cabbage, Brussels sprouts, and kohlrabi can benefit from spray irrigation, as it helps maintain the required moisture levels around the plants.

• Flowers: Ornamental plants and flowers often thrive well in spray irrigation. It can be an efficient way to water flower beds and maintain a visually appealing landscape.

Are There any Limitations to Spray Irrigation?

Spray irrigation is best for the farmlands it is more suitable for, but there are certain limitations to its features that can be a drawback. This appears due to external features and sometimes the components used in the sprinkler/spray irrigation system.

• Higher chances of water loss due to evaporation caused by hot and windy conditions. 

• The uniformity of spray irrigation can be affected due to the pressure and sometimes due to wind pressure. 

• The amount of water sprayed at the end of the wetter area is much less compared to the nearby area.

• A clear and precise calculation needs to be done when placing a spray irrigation system in your fields to make sure that every part of your farmlands gets the necessary amount of water.

• The amount of water that penetrates the soil is less when compared with other types of modern irrigation systems.

Which is Better Spray Irrigation or Drip Irrigation?

Drip irrigation is better when compared with spray irrigation and is highly effective for your farmlands. It can save a lot of water and prevent water loss due to evaporation. KSNM Drip Irrigation Systems are all of top quality and you can choose the best system that satisfies your specific needs. 

Conclusion

Using spray irrigation, particularly with cutting-edge rain hose kits from KSNM Drip, can significantly enhance agriculture. This modern irrigation method is advantageous for a variety of crops, like lettuce to vital vegetables such as broccoli and cauliflower. 

However, challenges such as evaporation in hot conditions and precise system placement must be considered. While spray irrigation shines in specific contexts, drip irrigation emerges as a water-efficient alternative. KSNM Drip offers high-quality irrigation systems, empowering farmers to make the right choice for good agricultural productivity.