Plants require rapid and precise responses to constantly adapt to dynamic environmental and developmental cues. Receptor kinases (RKs), a vastly expanded protein family in plants, play a central role in essential processes such as growth, reproduction, immunity, and stress response, and are a critical component of this adaptability. However, many plant RKs remain uncharacterized creating a knowledge gap that limits advances in agriculture and ecosystem management. 

This Keystone Symposia conference on Receptor Kinase Signaling: Fueling Plant Resilience and Development will present cutting-edge research on RK signaling mechanisms, evolutionary origins, and applications in plant resilience. The program will highlight important discoveries in RK-mediated hormone and peptide perception, biotic and abiotic stress sensing, and their impact on crop performance and global food security. Attendees will also be exposed to diverse experimental approaches including structural biology, high-throughput functional genomics, and synthetic biology to stimulate new research directions. 

By convening molecular biologists, geneticists, ecologists, and agricultural scientists, the meeting will foster collaborations that bridge fundamental and applied research. To further promote cross-disciplinary interaction, this meeting is co-located with the Keystone Symposia conference on Plant and Microbe Engineering for Sustainability. 

This meeting offers a distinctive platform for advancing plant science by linking RK biology to real-world agricultural outcomes. Not only will the meeting propel RK research forward but also establish a foundation for future Keystone Symposia conferences on plant receptor biology—strengthening the scientific community and its impact on sustainable agriculture.