End of Traditional Irrigation: Trees Growing Successfully with Only Night Moisture
As global warming and desertification threaten the future of our planet, an innovative technology developed by a Dutch entrepreneur, who mimicked nature, has become a beacon of hope for arid lands. Pieter Hoff, a former tulip and lily bulb producer, invented the 'Groasis Waterboxx', a smart box that allows seedlings to survive at rates up to 90%, even in the most challenging desert conditions where traditional methods have thrown in the towel.
While traditional drip irrigation methods require 15 to 50 liters of water per tree daily and are dependent on constant electricity and pipelines, the Waterboxx operates without any energy source, using 90% less water compared to traditional methods.
The Waterboxx is essentially a special bucket made from polypropylene, featuring two lids and a channel in the middle for the growth of a sapling.
The operational principle of the system is based on the philosophy of 'emulating nature's ability to conserve every drop, rather than pouring more water on the problem':
Upper Lid: It channels rainwater and morning dew (which forms in deserts at night) into an internal reservoir.
Lower Lid: It prevents the evaporation of water from the soil, shielding the sapling from wind, scorching sun, and weeds.
Smart Wick: It delivers the moisture collected in the reservoir directly to the root, drip by drip, at a rate of only a few tens of milliliters per day.
The Complete Opposite of Surface Irrigation: While the roots of saplings that are generously watered from above become lazy and stay near the surface, the minimal but regular moisture that the Waterboxx provides to the sapling's root forces the plant to send its main root deep into the soil for survival.
According to data from the international food organization Food Tank and three-year tests conducted by Mohammed I University on the edge of the Sahara Desert in Morocco, only about 10% of seedlings planted directly into the soil can survive. In contrast, this survival rate jumps to between 88% and 90% for seedlings planted using Waterboxx.
This striking accomplishment earned the invention the prestigious 'Innovation of the Year' award from the renowned Popular Science magazine.
Within approximately a year, trees that have extended their roots to the permanent water layers underground (at a depth of 2 to 4 meters) can now sustain themselves without the need for human assistance. At this stage, the box, which is carefully removed without causing harm to the plant, is relocated to a new area for the planting of another sapling. A single box, which has a lifespan of about 10 years, facilitates the growth of dozens of trees.
The technology that has been successfully implemented in some of the world's most arid and challenging regions, such as Morocco, Spain, Mexico, Pakistan, Dubai, Jordan, and California, has evolved not only to combat desertification but also to fight against hunger.
The company has also developed a version of the product called 'Growboxx', which is made from recycled paper and decomposes in the soil. In this new model, the aim is to provide food and income security for farmers in arid regions from the first year onwards by cultivating vegetable and food crops around the central tree.
Even though the brainchild, Pieter Hoff, passed away at the age of 67 in 2021, his green vision is being carried on worldwide by his son Wout Hoff, who took over the company.
Waterboxx continues to prove to the world that the most effective solution against water scarcity is not to consume more water, but to manage what is already available wisely.
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