G. Theroux-Rancourt

The paper examines leaf structure in conifers, showing that vein volume and mesophyll porosity influence water use efficiency and stomatal conductance.

This study meta-analyzes mesophyll conductance (gm) in poplar species under abiotic stresses, finding increases with canopy height and soil moisture, but no effect from atmospheric CO2.

This paper introduces a machine learning pipeline to automate 3D leaf segmentation from microCT scans, significantly reducing processing time and improving scalability for plant phenotyping.

The paper shows that genome size limits cell size, which in turn affects mesophyll surface area and CO2 diffusion efficiency in leaves.

The paper identifies an emergent honeycomb topology in spongy mesophyll that optimizes photosynthetic performance and resource investment across plant species.

The paper links genome size to cell size and photosynthesis rates in plants, showing genome size predicts metabolic capacity and ecological strategies.