Plant responses to water stress

This study evaluates the stress tolerance of rice introgression lines with SUB1A and DRO1 under flooding and drought conditions, finding no negative consequences of combining these traits.

This study examines how waterlogging affects two pennycress lines, showing differences in gene expression, morphology, and yield, with MN106 showing stronger upregulation of hypoxia-related genes.

The paper engineers a synthetic system in Arabidopsis thaliana to control hypoxia responses through oxygen-dependent proteolysis, restoring responsiveness in mutants and enabling growth regulation under hypoxic conditions.

The paper uses drone-based multispectral imaging to study flood tolerance in maize hybrids, identifying spatial and genetic factors associated with post-flood survival.

The paper shows that H2O2 stabilizes ERFVII transcription factors in reoxygenation, leading to repression of hypoxia markers and activation of oxidative stress genes.

This study evaluates the stress tolerance of a novel rice genotype NIL-SUB1DRO1 compared to IR64 under submergence and drought conditions, finding improved recovery and water retention in NIL-SUB1DRO1.

The paper uses comparative transcriptomics to identify flood tolerance mechanisms in four Cardamineae tribe species, finding distinct strategies between Rorippa and Cardamine species.

The paper identifies genetic variants associated with hypoxic tolerance in Arabidopsis by combining eGWAS and experimental validation, revealing the role of the MBR1/MED25 module in plant adaptation to rainy environments.