I know that many avocado plantations are irrigated by micro-sprinklers. Should I consider it as a viable solution over drip irrigation?

Micro-sprinklers can be excellent precision irrigation emitters in avocado plantations as they create a wetted pattern that is well- correlated to the avocado's root- zone. Some farmers prefer micro-sprinkler systems because not only can they tolerate poor quality water, but the visual inspection of the system is easier and the water jets can be clearly seen. Micro-sprinklers are also good fit for rocky soils where water distribution may be disrupted by the inconsistent soil texture.However, micro-sprinklers require 20-30% more water than drip irrigation, and potential damage, or wear-and-tear, mean higher maintenance costs. Although both methods are recognised, we have seen a global shift towards drip irrigation using two laterals of dripperlines per line of trees.

What are the benefits of drip irrigation in rainy areas?

In rainy areas, drip irrigation will allow you to deliver water during dry spells and offer an efficient Fertigation™ system all year round. Precision irrigation lets you ‘spoon feed’ your avocado to prevent leaching and ensure that every drop of fertiliser is delivered directly to the root-zone.

What is the expected yield for a drip irrigated avocado plantation?

While the average yield is influenced by many factors, including climate, variety and the age of the plantation, typical yields of Hass avocado, for example, reach 20-30 tons per hectare on a yearly average.

Can drip irrigation systems be activated remotely?

Yes. Advanced digital tools allow you to activate and manage your irrigation and nutrition from the palm of your hand, giving you remote access by mobile, tablet or computer - wherever you are. It is possible to add other digital tools, such as soil or weather sensors, to optimise your yields and resources.

How does drip irrigation benefit my farm operation?

Growing avocado requires an intensive farm operation which is simplified with precision irrigation. Farm employees can work in the plantation without being dependent on irrigation or Fertigation™ scheduling. The delivery of plant protection and fertilisers via the system itself reduces operational complexity and allow access of agro-machinery to the field at any time.

Can I use fertilisers in my drip system?

Yes! Not only can you use them, but you also have full control over how much fertiliser you use. Various trials and global best practices have shown that fertilising in small amounts throughout the growing period keeps the plant root-zone continuously nutritional, ensuring the avocado reach their optimal size, quantity and quality.

RECORD YIELDS AND SUPER-FAST ROI ON AVOCADO PLANTATIONS

When it comes to a high-value crop like the avocado, reaching commercial production during the second year of cultivation, or increasing yield by 30%, means big profits. Precision irrigation, Fertigation™ and modern planting practices can make fast ROI on your avocado plantations for you.

Why Choose Precision Irrigation for your Avocado?

Intensify avocado production
Precise and frequent application of water and nutrients allows modern growers to plant in narrow rows and ensure that every tree reaches its maximum potential. The result is a significantly higher and quicker income per hectare.

Make every year a good year
Precision irrigation and Fertigation™, means you hit your yield targets every single year. It is proven that precise and frequent nutirent application leads to reduced alternate bearing.

A perfect match for shallow root-zones
The avocado plant has a wide and shallow root-zone with a very low drought tolerance, so precision irrigation means frequent application of water and nutrients, which guarantees no plant stress.

Preventing fruit drop
Certain weather types, soil moisture or nutritional conditions can all stress the avocado tree, increasing its fruit drop. These are all negated with precision irrigation.

Avocado FAQs: Things We Get Asked Often

Micro-sprinklers can be excellent precision irrigation emitters in avocado plantations as they create a wetted pattern that is well- correlated to the avocado's root- zone. Some farmers prefer micro-sprinkler systems because not only can they tolerate poor quality water, but the visual inspection of the system is easier and the water jets can be clearly seen. Micro-sprinklers are also good fit for rocky soils where water distribution may be disrupted by the inconsistent soil texture.

However, micro-sprinklers require 20-30% more water than drip irrigation, and potential damage, or wear-and-tear, mean higher maintenance costs.
Although both methods are recognised, we have seen a global shift towards drip irrigation using two laterals of dripperlines per line of trees.
In rainy areas, drip irrigation will allow you to deliver water during dry spells and offer an efficient Fertigation™ system all year round. Precision irrigation lets you ‘spoon feed’ your avocado to prevent leaching and ensure that every drop of fertiliser is delivered directly to the root-zone.
Yes. Advanced digital tools allow you to activate and manage your irrigation and nutrition from the palm of your hand, giving you remote access by mobile, tablet or computer - wherever you are. It is possible to add other digital tools, such as soil or weather sensors, to optimise your yields and resources.
Growing avocado requires an intensive farm operation which is simplified with precision irrigation. Farm employees can work in the plantation without being dependent on irrigation or Fertigation™ scheduling. The delivery of plant protection and fertilisers via the system itself reduces operational complexity and allow access of agro-machinery to the field at any time.
Yes! Not only can you use them, but you also have full control over how much fertiliser you use. Various trials and global best practices have shown that fertilising in small amounts throughout the growing period keeps the plant root-zone continuously nutritional, ensuring the avocado reach their optimal size, quantity and quality.