Karen Halliday

This study identifies allelic variations in flowering time genes that influence photoperiod response parameters, enabling energy-efficient speed breeding and climate-resilient barley varieties.

The paper identifies PIF7 as a regulator of phyA function under canopy shade conditions, showing it suppresses phyA activity through nuclear accumulation and interaction with transport facilitators.

This study quantifies phyA dynamics in Arabidopsis under canopy shade conditions and identifies its role in promoting seedling adaptation to moderate shade.

The paper refactors plant circadian clock models to absolute units, predicts high clock protein levels in Arabidopsis, and identifies discrepancies in DNA-binding constants.

This study identifies genetic loci controlling plant development under speed breeding conditions and finds that allelic variation at ELF3 influences flowering and maturity plasticity.

The paper presents circadian proteomic and phosphoproteomic data from Arabidopsis thaliana, showing that most rhythmic phosphorylation occurs at subjective dawn and is controlled by the clock gene circuit.