Julia Walter

This study shows that mutating threonine-259 in PsbS affects NPQ induction and relaxation rates in Arabidopsis thaliana.

This study identifies the polygenic architecture of photoprotection in sorghum through a high-throughput screen of natural genetic variation in non-photochemical quenching traits.

The paper identifies photophysiological variation in wild barley linked to environmental origin through common garden experiments and GWAS.

This study shows that NPQ relaxation is faster in C4 species than in C3 species, driven by enhanced energy-dependent quenching and altered lumen pH regulation.

This study identifies chloroplast-derived hydrogen peroxide as a signal coordinating stomatal opening with photosynthesis, showing its role in balancing carbon gain and water loss in plants.

This study identifies genetic variation affecting NPQ and PSII efficiency in maize using field-grown MAGIC population, highlighting CP24 as a key gene for photosynthetic improvement.

This study investigates the role of CP26 in NPQ regulation in Arabidopsis by analyzing higher-order cp26 mutants and shows that NPQ deficiency in these mutants is independent of qE and qZ.

This study quantifies the relative contributions of Ci-dependent and -independent mechanisms to stomatal red-light responses in Arabidopsis, finding they contribute equally but interact in coordination with photosynthesis.