Recent Posts

Understanding Evening Complex activity (PNAS)

Processes like photosynthesis and growth follow a well-defined rhythm driven by a 24-h internal clock that is controlled by three principal interacting transcription–translation feedback loops: the morning, central, and evening loops. The Evening Complex (EC), which is active at the end of the day,…

GIGANTEA shapes the photoperiodic rhythms of termomorphogenic growth in Arabidopsis (Mol. Plant)

Plants evolved molecular mechanisms to integrate seasonal changes with developmental programs. For example, warmer temperatures and increasing day-length mark the transition from winter to spring, and trigger flowering. Now, the synchronisation of ambient temperature and photoperiod is perturbed by global…

The circadian clock influences the long-term water use efficiency of Arabidopsis (Plant Physiol.)

The volume of water required for a given crop yield is largely influenced by the plant's Water Use Efficiency (WUE). Considering that the majority of the water taken up by plants is lost through transpiration, WUE can be improved by modulating stomatal opening. Besides light and temperature, stomatal…