Maria von Korff

This study examines heritable trait variation and adaptive lags in Hordeum murinum, finding strong temperature-driven genetic differentiation but potential mismatch with rapid climate change.

This study examines climate-driven trait variation in Hordeum murinum across Europe, finding that colder and wetter areas support larger plants with heavier seeds, while local vegetation density influences growth and reproductive traits.

The paper creates a single-cell transcriptome atlas of barley root apical meristem, identifying 24 cell populations and showing HvWOX5's role in meristem organization and metaxylem patterning.

The paper compares trait variation between annual and perennial barley relatives to understand how phylogeny, thermal seasonality, and life history influence their adaptations.

This study presents a chromosome-scale genome of H. erectifolium, a drought-tolerant wild barley relative, and identifies genomic and transcriptomic adaptations to drought compared to cultivated barley.

This study shows FT1 regulates source-sink interactions, plant longevity, and reproductive development in barley by affecting meristem determinacy and metabolic pathways.

The paper develops a fast-cycling barley genotype, GP-rapid, with reduced generation time and high transformation efficiency for functional genomic studies.

This study compares genomic differences between annual and perennial Hordeum species, finding recurrent patterns in gene expression, copy number, and co-expression related to growth and senescence.

This study identifies HvFCP1 and HvCLV1 as key regulators of barley inflorescence architecture by coordinating meristem activity and determinacy.

This study shows that Ppd-H1 in barley improves stress resistance and energy metabolism, stabilizing reproductive development and grain set under high ambient temperatures.

The paper sequenced wild barley to identify genetic markers linked to agronomic traits and found novel loci for stem rust resistance and days to heading.

The paper identifies and analyzes de novo mutations and somatic gene conversions in an apple tree's sport mutation, linking them to fruit coloration changes and genomic biases.

This study identifies HvFT4 as a repressor of reproductive development, spikelet initiation, and grain number in barley through overexpression experiments.

The paper analyzes Mla transcriptome diversity in wild barley to show subfamily-specific functionalization of immune receptors linked to pathogen resistance.