The only plant-based autonomous irrigation system


Mango Tree Response to Different Irrigation Treatments at Different Phenological Stages
April 2019, White Paper N.02


The objective of this research is to evaluate the effect of different irrigation treatments at different phenological stages, on fruit quantity and quality of mango cultivars (‘Kent’), drip irrigated and under semi-arid conditions to maximize water use efficiency (WUE), maximize crop level and reduce alternate bearing.

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Climate Change? What is it?
February 2018, White Paper N.01


At SupPlant, we are always busy studying and researching and we are happy to share with you our thoughts and findings.
We invite you to read about the phenomenon of Climate Change in a document issued by our agronomist experts and discussing what SupPlant is doing to minimize climate change.

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Agronomist Tips
Veraison in Vineyards


One of the main challenges in wine production is to reach harvest with an optimum relationship between berries yield and quality. This subtle relationship is controlled solely by proper irrigation management; on one hand a good development of the plant must be allowed so to ensure having a healthy vineyard during the season, but on the other hand, irrigation must be also restricted so to not dilute excessively the berries and avoiding decreasing the final wine quality. This is especially critical after Veraison, which is probably reaching in most varieties in the northern hemisphere. During this stage, until harvest, it is a must to keep a close eye on this delicate balance through the use of one of the different available tools for monitoring the plant condition and water stress.

Agronomist Tips
A heat wave


Do you know how to irrigate during a heat wave?

During a heat wave, our plants obviously demand more water than usual but knowing how much more to irrigate or when is very challenging.
At SupPlant we developed a method that combines data from our soil and plant sensors with an online meteorological prediction that autonomously prepares your crop for the coming heat wave in advance, and irrigates correctly before and during the heat wave.

In the graph, you can see the growth pattern of a citrus tree during a heat wave irrigated with SupPlant’s system. Despite the heat wave, the growth continues uninterrupted.

Agronomist Tips
Fruits cracking up


Are your fruits cracking up just before harvest? It’s mostly about irrigation!

In soil grown plants It is important to maintain a balanced irrigation regime. In high water stress situations, the plant will increase its water-soluble solids content in order to pull water harder. That’s why Moving from a water-stressed situation to large irrigation, or rain can create a fast influx of water that may crack open fruits that are in their sensitive ripening stage. With that in mind, maybe you shouldn’t skip irrigations before rain in late ripening stages when you are worried about cracking.
in addition, During the night the plant roots create “water pressure” by pushing water up to the plant. This pressure can also affect fruits near ripening, especially if they are large and full of sugar. It may be wise to avoid night irrigations in sensitive fruits near ripening.
Fruit cracking is influenced by many other factors as well, but i
rrigation is in your hands, so do it wisely.


Agronomist Tips
After rain irrigation


If you thought that after more than 250 mm rain in 3 days during the beginning of the winter you can stop worrying about irrigating your citrus, avocados or other persistent orchards for several weeks? Well, no!!!

The image shows the trunk fluctuations (green line) of a Clementine orchard in central Israel where during the last weekend fell around 100 mm each day. As can be seen, less than 2 days after the rain ended, the soil starts to show a decrease in its moisture and the trunk starts to show its regular daily contraction patterns. These two parameters are indicating that irrigation should be renewed. The GBI algorithm that SupPlant is applying in different species all around the world also deals with these and other special situations.

Agronomist Tips
Flood irrigation VS. modern irrigation methods


Did you know that about 90% of the worlds irrigated areas are still irrigated with surface irrigation such as flood irrigation?

Flood irrigation is the oldest form of irrigation and has been used by farmers since ancient times. The efficiency of surface irrigation is estimated at about 40% while other modern irrigation methods can reach up to 80% efficiency and even more. That means that we can almost double the water available for agriculture by abandoning this old inefficient irrigation technique and move to more water-saving modern methods. This will require the involvement of officials and international organizations in collaboration with companies that develop water management technologies in order to make these technologies accessible all the way to the small farmer.
Most of the worlds agricultural land is in the hand of small farmers that may not be able to acquire these water saving technologies without help, whether in finance or guidance. Helping those small farmers move to more water-saving irrigation technology may not only improve their livelihood by increasing crops yield and quality but may also turn the tide in our global water crisis by releasing huge amounts of water from agriculture without lowering its productivity or profitability.
And frankly, can we really allow our self not to do that? For how long?

Agronomist Tips
Late seasoned fertilization


Late seasoned fertilization is very important to deciduous fruits. In the early spring, when trees begin to flower and bloom there is a high demand for nutrients. But, the soil temperatures may still below, so the roots may not be fully active and nutrient absorption from the soil may be slow.

In this case, the supply of nutrients to developing flowers and leaves comes mainly from nutrients that were stored in the tree trunk and branches in the previous season. It is important to fill up these storages after harvest when there is no more demand for nutrients from the fruits so they can be available for the waking tree in the spring.

This is especially important in grafted deciduous trees where the scion (upper part) wakes up before the rootstock (the lower part), in these cases the tree may go through blooming flowering and fruit set before the rootstock is active and be completely depended on last year’s storages in order to supply the high demand for nutrients for all these processes.

A good example can be seen in this picture from an Almond orchard in Israel: an un-grafted peach rootstock wakes up and flowers long after the Almond grafts around it bloomed flowered and set fruit.

Agronomist Tips
Degree days


Did you know you can predict your plant’s behavior by measuring a unit called “degree days”?

Plants development is dependent on environmental temperature, and between a crop specific minimal temperature up to a maximal temperature, their development is quite linear. It takes a specific amount of heat to get the seed from germination to first true leaf, then another amount of heat from there to flowering, and so on… Degree days represent the number of daily hours above a certain temperature and can be calculated and summed up in order to predict when a crop will reach a certain growth stage. In the changing climatic conditions, we are experiencing lately degree days can explain a lot of the changes we see in crops behavior and help us predict how they will behave in the future.
Degree days also affect insect behavior and weed development, you can predict when a certain pest will reach a growth stage in which it will attack your crop, or when seeds of a certain weed will germinate and emerge from the soil. Knowing these in advance allows you to prepare and schedule your management activities.
Learning to use degree days is a bit like seeing the future, you can know when thing are going to happen before they happen and be prepared for them.

Agronomist Tips


OIL OLIVES GROWERS this tip is for you !!
Irrigating oil olives close to harvest and oil extraction is a tricky business. usually, olive oil mills are most effective when the water content in the fruit is in the 50-55% area, maintaining this fine balance trough irrigation is important when desiring both high extraction efficiency and high-quality olive oil. Too little water will stress the trees and lead to olives with low water content, in the oil mill such olives will be hard to process and may yield lower quality oil. On the other hand, over irrigating can lead to olives with very high-water content, extracting oil from such olives may lead to lower extraction efficiency and lower quality oil. The oil and water content of the fruit can be checked in laboratories during fruit ripening and oil accumulation, and the water status of the trees can be monitored by modern monitoring systems preventing stressing or over irrigating in this critical period.

Agronomist Tips
Double and deep-suture fruits


Did you know that In PEACH and NECTARINE, improper post-harvest irrigation in early-season varieties can lead during the following season to subsequent fruit-quality defects such as double and deep-suture fruits? During post-harvest, buds’ development and differentiation of flower parts occur.
During this time, irrigation is crucial and water stress may lead to these defects. Therefore, it is important to continue regularly scheduled post-harvest irrigation. If any deficit irrigation practice is performed during this period, it is crucial to consistently monitor the trees’ water status to ensure they do not enter a condition of acute stress.

Agronomist Tips
Water-stressed trees and mite attacks


Did you know that water-stressed trees are more susceptible to mite attacks?
This may occur when early season temperatures are higher than normal, resulting in a condition known as “water stress” that the farmer may not even be aware of!
It could also be the result of insufficient irrigation during the hot season or implementation of RDI (Regulated Deficit Irrigation) techniques without constantly monitoring tree status and their stress levels.
In all these cases a monitoring system that prevents water stress can decrease trees’ susceptibility to mite attacks, improve tree health and their yield, while reducing the need for pesticide applications.

Agronomist Tips
Table olives


O l i v e growers – this tip is for you!
For table olive growers the period between the pit hardening and the harvest is a critical time for reaching large size olives. During this time the fruit’s cells expand in size and it is then that most of the fruit growth takes place.
Monitoring the plants’ growth status and preventing water stress is crucial for achieving the desired fruit size and receiving a higher price for it.

Agronomist Tips
Avocado – The richest fruit in potassium.


Did you know that A v o c a d o is one of the richest fruits in potassium? One serving of avocado can contain up to 20% of the recommended daily intake for adults. It is not surprising that avocado trees have a high demand for potassium fertilization(liquid fertilizer). The yearly amount of potassium fertilization can reach up to 300 kg (K2O) per hectare per year, or even more (!!!) depending on soil and leaf analysis, and on the expected yield.

A glimpse into our successes
Latest Results – Citrus, February 2018


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A glimpse into our successes
Latest Results – Avocado, November 2017


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Mango Test Case
July 2018, Israel


Celebrating 3 years of irrigating Mango Plot (Israel) non-GBI (Standart irrigation) plot vs GBI (fully automated, closed loop, no human intervention irrigation.)

Using SupPlant technology we were able:

  • Save 20% water
  • Increase in yield
  • Maintain a healthier plot

Just listen to your plants, they know what they need.

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Avi Rozanblat Testimonial
November 2018, Avi Rozanblat, Israeli Table Grapes grower.


Come hear Avi explain his experience with SupPlant’s GBI technology.
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Emanuel Dasa Testimonial
November 2017, Emanuel Dasa, leading Israeli mango grower.


Come hear Emanuel explain his experience after 2 years working with the SupPlant GBI technology.
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ROI – Case Study
United States, April 2018


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ROI – Case Study
Brazil, April 2018


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ROI – Case Study
Spain, March 2018


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ROI – Case Study
South Africa, March 2018


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ROI – Case Study
Australia, February 2018


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January 2019, Newsletter N.06


Did you know that about 90% of the worlds irrigated areas are still irrigated with surface irrigation such as flood irrigation?

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SupPlant – A World leader in precision agriculture
October 2018, Newsletter N.05


SupPlant signed a 10-year strategic agreement with EMEX, Mexico’s mango growers cooperative – in the presence of Mr. Uri Ariel, Israel’s Agriculture Minister. “We aim to improve the output of Mexico’s crops by at least 50% using SupPlant’s technology…”

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July 2018, Newsletter N.04


A wonderful test case for SupPlant’s GBITM technology: a mango plot irrigated for 3 years with our autonomous irrigation. Showing not only the increase in yields and water savings but a dramatic accumulated effect on the plants.

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SupPlant’s latest activities
May 2018, Newsletter N.03


Find out all about our agronomic research – The BIGGEST experiment in irrigation financed by the National Mango Board in their history is implemented in Peru by SupPlant.

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February Newsletter
February 2018, Newsletter N.02


In this newsletter, you can read about us being chosen to take part in the Israeli delegation to India, an article of the story of SupPlant that has been published in the ‘Insightssuccess’ magazine and more.

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The SupPlant’s NEWSLETTER Launch
October 2017, Newsletter N.01


We are proud to invite you to read our newsletter – first of many yet to come.

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Grapefruit Results



Trunk diameter growth vs. soil moisture and rainfalls


Trunk diameter growth vs. soli moisture and rainfalls

In this project, there is one plot controlled through the GBI system and another plot is
being controlled following the grower’s traditional irrigation approach (control plot). It can be clearly seen how the trunk of the GBI tree has been growing at a much faster rate in comparison to the control tree since the GBI was activated.



Recent Results – Corn Trial


Trunk diameter growth vs. soli moisture and rainfalls

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