With 23% of U.S. land affected by water scarcity, climate variability is a major challenge—especially in the Corn Belt, a key region for corn production. Facing severe water shortages, farmers need solutions that work. Since 2022, trials in this region have proven that Elicit Plant’s technology reduces crop water consumption while maintaining yields, offering farmers stronger economic and environmental benefits.
Our Science and Technology against Abiotic Stress and Water Scarcity
Our innovative solutions enhance plant resilience and adaptability to climate uncertainties, helping farmers protect and sustain their yields.
Proven Results in Abiotic and Water Shortage Management
20%
Less water consumed
+10%
Average yield increase
90%
Win rate across 500 trials
Crops We Target
Our tailored formulations are designed for maize, soybean, cereals (wheat & spring barley), and sunflower, with more crops in development.
Flexible Solutions, Global Reach
Our products adapt to local regulations and market authorizations, ensuring efficiency across different regions.
The science behind it
How Elicit Plant Solutions Boost Crop Performance?
Evapotranspiration regulation
Under water stress, our technology helps plants control stomatal opening, reducing water loss while maintaining essential gas exchange. By limiting evapotranspiration, treated plants preserve moisture and optimize water use efficiency, ensuring better resilience in dry conditions.
Foliar Growth
Our solutions expand leaf area, boosting photosynthesis efficiency. With greater sunlight capture, plants generate more energy, driving stronger growth and productivity. This improved efficiency also reduces the plant’s carbon footprint, supporting more sustainable farming.
Root Growth
A one-pass foliar application stimulates root development, allowing plants to explore soil more effectively and access more water. This deeper root system enhances water scarcity resilience, helping crops thrive despite climate hazards.
By improving water use efficiency, our solution reduces water consumption by 20%, enhancing performance in both rainfed and irrigated systems.
- In water scarcity conditions, it strengthens crop tolerance, ensuring yield stability.
- In irrigated systems, it optimizes water use, lowers costs, and increases overall efficiency.
From Science to the Field
Elicit Plant has tackled a major technological challenge by developing a solution that works where it matters most—on the farm.
- Designed for large-scale crops: Easy, effective exogenous application
- Seamless integration: Compatible with standard farming practices and machinery
- Field-proven performance: Scientifically validated worldwide
A breakthrough solution that brings real impact to modern agriculture.
Fully Integrated Lab-to-Field R&D
Our experimental farm-based R&D ensures real-world testing, bridging science and farming.
Experts in biology, agronomy, and chemistry collaborate in a continuous innovation cycle, refining solutions to meet farmers’ real challenges. By combining scientific rigor with field insights, we deliver practical, proven solutions that maximize performance.
Partnering with Leading Scientific Experts
Collaboration drives our innovation. At Elicit Plant, we work with top research institutions, universities, and agricultural experts to combine cutting-edge science with real-world farming insights.
This synergy accelerates innovation, ensures the efficacy of our solutions, and helps tackle the biggest challenges in modern agriculture. Together, we’re shaping the future of sustainable and resilient farming.
An Award-Winning Innovation
Elicit Plant’s technology stands out for its innovative approach and proven impact, helping farmers secure their operations against climate uncertainties.
Our breakthroughs have earned prestigious recognition, including:
- Agri Water Discovery Innovation
- The Future Unicorn Trophy
- French Tech 2030
These awards reflect our commitment to sustainable agriculture and delivering solutions that make a real difference in the field.
