CA24156 - Seed Priming Solutions: Boosting Crop Resilience for a Sustainable Future (PrimSeedPower)

The PrimSeedPower Cost Action aims to develop scalable and efficient seed priming technologies to enhance crop resilience against the effects of climate change. The project explores biological, chemical, and physical priming agents to improve plant tolerance to abiotic stresses such as drought, salinity, and extreme temperatures. By leveraging cutting-edge omics technologies, PrimSeedPower will investigate the molecular mechanisms triggered by these priming agents, identifying key biomarkers that predict enhanced stress responses. This will lead to the creation of standardized, field-validated protocols adaptable to various crops and environmental conditions.  PrimSeedPower places a strong emphasis on the involvement of early-career researchers, offering them extensive training opportunities through workshops, short-term scientific missions, and leadership roles within the project’s work packages. These initiatives aim to equip young researchers with critical skills in molecular biology, data analysis, and agricultural innovation, fostering the next generation of experts in sustainable agriculture. Additionally, the project prioritizes synergy between academia and industry by actively engaging industry partners, seed producers, and agricultural technology firms to ensure the commercialization of seed-priming innovations. Through collaborative pilot-scale trials, knowledge transfer, and the co-development of best-practice protocols, PrimSeedPower aims to bridge the gap between laboratory research and practical, scalable applications. By promoting eco-friendly, resource-efficient farming practices, the project aligns with global sustainability goals and supports a transition toward climate-resilient agricultural systems.