Allison J. Miller

This study compares the effects of nitrogen fertilization and alfalfa intercropping on intermediate wheatgrass yield across different sites and stand ages, finding that intercropping maintains yield without synthetic nitrogen.

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

This paper uses leaf phenomics to estimate below-ground root traits in American licorice, finding correlations between leaf traits and root characteristics.

The paper demonstrates a smartphone-based image capture system and two image analysis pipelines for efficient and accurate plant phenotyping in large field experiments.

The paper uses seed color and morphology data from image scans to predict germination traits in perennial crops, showing improved prediction accuracy when combining HSV color features with morphology.

This study examines how watering regime affects trait covariation in a hybrid Silphium population, finding that bottom-watering reduces plant size and alters root morphology and biomass relationships.

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

The paper presents the genome assembly of Chambourcin, a hybrid grapevine, along with gene models, orthologs, transcription factors, and SSRs.

The paper investigates how irrigation and grafting affect DNA methylation patterns in grapevine clones, finding that grafting can override irrigation-induced epigenomic changes.

IRIS-DGE is a server-based tool for differential gene expression analysis that integrates multiple R-based methods and provides interactive visualizations for RNA-seq data.