David Kramer

The paper reports findings from a photosynthesis hackathon that identified key insights into genetic architecture using field photosynthesis data across four crop species.

The paper compares transcriptomic responses to hyperoxia in two Chlamydomonas reinhardtii ecotypes, revealing distinct molecular adaptations.

This study shows that the jasmonate-mediated leaf transition from growth- to defense-oriented metabolism culminates in the disassembly of the photosynthetic apparatus.

This paper introduces the LIgHT approach to test mechanistic hypotheses of genetic variations in plant stress tolerance, finding that chilling stress tolerance is linked to avoiding PSII photodamage.

The paper identifies organellar genetic variation in Arabidopsis thaliana and shows its impact on photosynthesis through cybrid analysis and high-throughput phenotyping.

This study uses cybrids to show that plasmotype variation affects plant phenotypes through additive and epistatic interactions, with epistasis explaining more variance than additivity.

This paper introduces TEP-Finder, an algorithm to identify emerging phenomena in plant phenotyping data, showing it finds more functionally specific and biologically significant patterns than existing methods.

OLIVER is a tool for visual data analysis of longitudinal plant phenomics data, enabling real-time updates and hypothesis generation through integrated visualization and statistical testing.