Phytochromes help seeds interpret red and far-red light and regulate the transition from dormancy to germination. Discover how phytochrome signaling interacts with PIF1, abscisic acid, gibberellins, temperature, and environmental conditions to control seed germination.
The red-to-far-red ratio is an important light signal that helps plants detect neighboring vegetation. Discover how phytochromes and PIF transcription factors translate changes in red and far-red light into changes in growth, shade avoidance, germination, flowering, and plant development.
Phytochromes help seeds interpret red and far-red light and regulate the transition from dormancy to germination. Discover how phytochrome signaling interacts with PIF1, abscisic acid, gibberellins, temperature, and environmental conditions to control seed germination.
The red-to-far-red ratio is an important light signal that helps plants detect neighboring vegetation. Discover how phytochromes and PIF transcription factors translate changes in red and far-red light into changes in growth, shade avoidance, germination, flowering, and plant development.
