Dynamic Coordination: How ERF Transcription Factors Coordinate Plant Development and Adaptive Stress Responses

As sessile organisms, plants must dynamically allocate resources between growth and stress resilience. This review focuses on Ethylene Response Factor (ERF) transcription factors as central regulators of this fundamental balance. We evaluate the molecular basis of ERF function, highlighting their modular structure, dynamic post-translational regulation, and ability to form context-specific protein complexes that integrate diverse signals. While ERF family members show functional redundancy, certain ERF subgroups, such as the ERF-VIIs, exhibit clearer evidence of dual roles in coordinating both developmental programs and adaptive responses to stress. We further elucidate the mechanisms underlying ERF-mediated trade-offs, explaining how these factors direct spatial resource allocation and enable temporal switching between growth and defense states. Finally, we explore how emerging technologies, such as CRISPR-based genome editing and various synthetic biology tools, can harness ERF regulatory networks. These approaches offer promising strategies for engineering crops with precisely tuned adaptive capacity, supporting sustainable agriculture even in changing climate conditions. This synthesis highlights specific ERF subgroups as pivotal integrators and future targets for crop improvement.