Joerg Hiller
Dec 09, 2025 14:52
AI and data-driven farming are transforming water management in Chile, enhancing efficiency and sustainability in agriculture, according to Source LATAM.
In Chile, the integration of artificial intelligence (AI) and data-driven farming techniques is significantly altering water management practices in agriculture. This transformation is evident across various farms, where traditional methods are being replaced with more efficient and sustainable approaches, according to Source LATAM.
Saving Water and Fertilizer
At Agricola San José, managed by Felipe Pereira, data-driven insights have led to substantial water savings. By leveraging the Kilimo project, Pereira discovered that certain plots were being overwatered. This realization prompted a shift in irrigation strategies, resulting in a reduction of 1.9 million cubic feet of water usage by October, compared to the baseline data from January.
Pereira highlights the importance of such measures, anticipating potential droughts in the future. “Water may be cheap today, but tomorrow it can be expensive,” he noted.
Similarly, Juan Pablo Correa, who manages walnut and lemon groves, experienced a 40% decrease in water usage per hectare after adopting Kilimo’s recommendations. Despite initial skepticism, Correa now implements these data-driven strategies approximately 90% of the time, adapting them based on specific conditions like labor availability or unexpected soil dryness.
Innovative Irrigation Techniques
Juan Ortega, manager of Lo Herrera farm, has embraced advanced drip irrigation systems provided through a specialized program by Kilimo. This initiative not only covered half the cost of installation but also ensured precise monitoring of water usage. As a result, Ortega’s water consumption dropped by 85% in October, with significant savings in fertilizer costs as well.
Ortega expressed satisfaction with the outcomes, stating, “We’re saving tons of money and supplies.” Such advancements are crucial for Chile, a leading exporter of fresh fruit, generating $7.5 billion in global sales in 2024, as reported by Chile’s government.
The shift towards AI and data-driven solutions is not just about conserving resources but also about enhancing the overall sustainability of Chile’s agricultural sector. “Exporting fruit is basically exporting water, and we must value each drop,” emphasized Rosario Gumucio, highlighting the broader implications of these practices.
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