Daphne Ezer

The plant circadian clock exerts stronger control over the diel proteome than the transcriptome

The paper shows the plant circadian clock has stronger control over the diel proteome than the transcriptome, with specific clock genes influencing proteome rhythms more than transcripts.

Bridging human and plant adaptations for climate resilience

This study examines how farmers' climate adaptation strategies align with plant plasticity and bet-hedging, showing complementary roles in supporting yield stability under different climate scenarios.

Harnessing within-cultivar variation to identify hidden genetic resistance using single plant-omics

The paper uses single plant-transcriptomics to analyze disease resistance in barley, identifying genetic variants associated with resistance to Fusarium graminearum.

Accurately Programming Complex Light Regimes with Multi-channel LEDs

The paper introduces an algorithm to accurately program multi-channel LED light systems for plant studies, outperforming existing methods by accounting for non-linearities and channel bleedthrough.

TimeTraits: extracting functional traits from biological time-series in R

TimeTraits extracts functional traits from biological time-series data using Functional Data Analysis methods, applied to circadian clock bioluminescence in Arabidopsis.

ELF3 controls trait heterogeneity by tuning the rate of maturation in Arabidopsis and barley

This study shows ELF3 regulates trait heterogeneity by affecting maturation rates in Arabidopsis and barley, influencing stress resilience through bet hedging.

Stable and dynamic gene expression patterns over diurnal and developmental timescales in Arabidopsis thaliana

This study examines gene expression patterns in Arabidopsis over diurnal and developmental timescales, finding greater developmental variation than diurnal oscillations, particularly in energy-related genes.

The genetic basis for synchronized time perception in plant populations

The paper identifies QTLs linked to circadian rhythms and flowering time in Arabidopsis, showing their role in synchronizing developmental timing and adapting to climate change.

Harnessing light heterogeneity to optimise controlled environment agriculture

This study uses light heterogeneity in vertical farms to identify optimal environmental conditions for crop yield and energy efficiency by analyzing light quality's impact on microgreens.

Hypocotyl Development in Arabidopsis and other Brassicaceae Displays Evidence of Photoperiodic Memory

The paper investigates photoperiodic memory in Arabidopsis and Brassicaceae, finding that hypocotyl elongation is influenced by past photoperiod exposure and involves phyB and ELF3, but not the circadian clock.

Reconstructing Genotypes in Private Genomic Databases from Genetic Risk Scores

This paper shows that genetic risk scores can be used to reconstruct genotypes in private genomic databases when models are trained on overlapping participant sets.

Selection of time points for costly experiments: a comparison between human intuition and computer-aided experimental design

This study compares human intuition with a computational tool for selecting optimal time points in experiments, finding that the tool reduces bias and improves information capture.