Joel F. Swift

This study examines how grapevine rootstock genotypes and their associated rhizosphere microbiomes influence elemental composition in different vine compartments.

ZeaMiC provides a culture collection of maize root-associated bacteria to study plant-microbe and microbe-microbe interactions.

This study uses topological data analysis and deep learning to show that grapevine leaf blade and vasculature shapes are predictively linked, suggesting a one-to-one relationship between the two tissues.

The paper introduces RAT, a low-cost root anatomical imaging system, and shows reduced vascular complexity in wheat crown roots from basal to distal regions.

This study examines how drought and waterlogging affect root anatomy in Tripsacum dactyloides, finding spatially varying responses in cortical aerenchyma and vessel structure.

The paper examines how terroir and rootstock influence leaf shape in grapevines, identifying a specific morphological feature affected by these factors.