Nathan Brown

This study analyzes genomic differentiation in British oaks, finding hybridization, niche differentiation, and faster growth in triploid trees.

This study uses genomic data from English oak trees to estimate heritability and identify genetic markers associated with resistance to acute oak decline and powdery mildew.

This paper quantifies the sensitivity and specificity of visual plant health surveys using citizen scientists and Bayesian modeling to estimate these metrics without a gold-standard dataset.

This study examines how environmental factors and disease affect the microbiome of oak trees across different tissues, revealing tissue-specific responses and identifying changes in microbiome composition and function in diseased trees.

The paper analyzes genomic structure and diversity of oak populations in British parklands, identifying species composition, hybridization, and population history using whole-genome sequencing.