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We Lead Research and Innovation in Date Palm Science

We lead cutting-edge research and innovation in date palm cultivation, merging traditional agricultural knowledge with modern biotechnology, data science, and environmental engineering. Our work spans the entire production chain—from genetic improvement and propagation to precision irrigation and post-harvest quality enhancement. Through tissue culture, genomic mapping, and molecular diagnostics, we identify elite varieties resistant to drought, salinity, and major pests such as the red palm weevil. Advanced sensors and IoT-based monitoring systems enable real-time tracking of soil moisture, nutrient levels, and canopy temperature, ensuring optimized resource use under arid conditions. We also apply AI and GIS modeling to analyze productivity trends, predict disease outbreaks, and guide plantation management at regional scales. By combining field research with controlled-environment experimentation, we transform the date palm into a model crop for sustainable agriculture—strengthening food security and promoting green innovation in desert ecosystems.

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We Innovate for Sustainable Date Palm Production and Value Creation

We develop integrated innovation programs that enhance the resilience, productivity, and market value of date palms across the Middle East and beyond. Our focus extends beyond cultivation to encompass post-harvest technology, bio-based product development, and circular economy applications. Research on date seed oil, fiber composites, and natural sweeteners unlocks new industrial uses for palm by-products, reducing waste and creating added economic value. Smart irrigation systems powered by AI and satellite imagery ensure efficient water use, while renewable energy integration supports sustainable farm operations. We also collaborate with local farmers, research institutions, and international partners to promote knowledge transfer, genetic conservation, and technology adoption. By bridging science, innovation, and industry, our date palm research ecosystem not only preserves a species vital to desert heritage but also redefines it as a pillar of sustainability, biotechnology, and climate adaptation for future generations.