At a Glance
Tarek El Tayeb, Agri-Vit“The dream legacy is a shift in how agriculture approaches water scarcity: away from dependence on increasing water inputs and infrastructure toward approaches that recognize the plant as an active partner in efficiency and resilience.”
The Challenge
In many arid and semi-arid farming systems, water scarcity shows up first as instability. Irrigation becomes less predictable. Temperatures rise. Salinity increases. Crops respond with uneven performance and higher risk for farmers, and water-use efficiency can fall when water is lost to evaporation or when harsh conditions reduce productivity even when irrigation is applied.
When crops experience water scarcity, growth, yield, and resilience typically decline. That translates into direct risk for food production and the long-term sustainability of agricultural systems. Climate variability and salinity intensify the pressure, increasing the challenge of maintaining reliable outcomes as water becomes the primary constraint. Improving agricultural water productivity in this context means improving the crop’s ability to perform under reduced or variable irrigation and broader environmental pressure. It means stabilizing outcomes without defaulting to escalating input dependence as the primary response.
Agri-Vit is advancing a plant-level approach designed to help crops maintain productivity under water scarcity and high levels of heat. The solution is intended to strengthen internal water-use efficiency without requiring new irrigation infrastructure, aligning with the Challenge’s focus on practical, scalable innovations that can be tested and measured in real farming conditions.
The Solution: A Plant-First Intervention Designed for Reduced Irrigation
Agri-Vit is a foliar treatment intended to support crops in using available water more efficiently without reliance on additional irrigation or complex infrastructure. The formulation is based on natural, environmentally-friendly components intended to be safe for crops, soil, and surrounding ecosystems. Applied to leaves, it helps plants retain water more effectively, maintain healthier physiological activity during periods of limited irrigation, and recover faster after strain events.
This approach is distinct from conventional fertilizers or typical growth stimulants. Rather than supplying nutrients or pushing short-term growth responses, it focuses on supporting the plant’s internal capacity to utilize resources already available. The intent is stronger functional balance through improved water and nutrient uptake, while fitting into existing farming practices without requiring changes to irrigation infrastructure or day-to-day operations.
The Impact
Controlled field trials have been conducted across different crop types, including leafy crops, vegetables, and cereal crops such as mint, tomato, and wheat, under real agricultural conditions that include limited irrigation, variable climate pressure, and challenging soil environments. Across these contexts, treated plants reportedly show improved vigor, faster recovery, and more stable growth patterns compared with untreated controls. Physiological activity holds more effectively under reduced irrigation and environmental pressure, strengthening water-use efficiency and crop resilience. In one Mentha viridis (green mint) field test with reduced irrigation frequency (irrigation every four days), fresh herb yield (kg/feddan) reportedly increased from 2,766 to 5,185 in the first season, and from 2,177 to 3,789 in the second season, comparing untreated plots with Agri-Vit treated plots.
The solution has reportedly undergone successful testing under controlled laboratory conditions as well as field trials for robustness under real conditions where factors such as water limitation, salinity, and environmental variability were isolated through separate processes.
The Future:
Scalability & Beyond
Scaling depends on moving from early validation to repeatable performance in the places where water scarcity shapes day-to-day farming decisions. The planned next phase for Agri-Vit focuses on clarifying where the approach delivers its strongest value across different contexts and linking adoption pathways to measurable water productivity outcomes under reduced or variable irrigation.
The technology is ready to manufacture and scale once priority markets and commercial routes are identified, supported by a stable formulation and clear application protocols. Adoption will require independent validation through structured pilots and shared data, and collaboration with researchers, agricultural authorities, and growers.
For Agri-Vit, the key benefits of participating in Al Miyah Challenge for Agriculture include external validation, structured engagement with experts and institutions shaping water-smart agriculture, and support for the refinement of real-world application pathways aligned with sector needs.
Tarek El Tayeb, Agri-Vit“Participation in Al Miyah Challenge for Agriculture was a natural decision, as the core focus of the challenge directly aligns with the fundamental objective of our solution: improving agricultural performance under water scarcity.”