A. H. K. Roeder

The paper investigates spatiotemporal fluctuations in plant tissue growth, showing that growth couples temporal and spatial variations through a mechanism called fluctuation stretching.

The paper shows that puzzle-shaped cells record tissue growth history through geometric changes, validated in maize and Arabidopsis with mechanical simulations and imaging.

This study shows that the auxin-to-cytokinin ratio controls leaf development and meristem initiation in moss by manipulating hormone levels and observing developmental outcomes.

The paper presents an optimized pipeline for live imaging Arabidopsis leaves at cellular resolution, enabling robust analysis of growth and differentiation in wild-type and mutant leaves.

The paper analyzes cell growth dynamics in Arabidopsis leaves to show that coordinated growth across the leaf blade is necessary for maintaining flatness, and that the jaw-D mutant disrupts this coordination.

The paper shows that DRMY1 regulates sepal size in Arabidopsis by controlling organ initiation timing and growth.