An AI-powered imaging system called MutipleXLab provides rapid automated phenotyping of seed germination and root growth that will help select plants that grow well.

Interview with CDA featured faculty member, Monika Chodasiewicz: "We need more food, but we also need more reasonable ways to produce food."

Researchers have identified stem rust resistance in the wild cereal plant Aegilops sharonensis and successfully transferred the resistance gene into bread wheat.

Protecting the food security and livelihoods of millions by combating the spread of Striga.

KAUST signed an agreement to support the Greening Saudi Project. The CDA is providing the scientific and technological foundation for a sustainable increase in the vegetative footprint of the Kingdom.

Local, regional, and global food system experts gather to achieve sustainable food security in the Kingdom of Saudi Arabia and the world at the KAUST Workshop for Sustainable Food Security.

Sequencing a high-quality bread wheat genome facilitates the identification of a gene that confers stripe rust resistance and may lead to improved crop resilience.

A novel plant-breeding strategy is targeting crop yield, nutritional value and stress tolerance, all through the expression of one gene.

Open to all fields related to food supply, water use, food use, and environmental change (Saudi Green Initiative)

Miniature RNA-cutting protein harnessed for diagnostics and therapeutics.