Nathalie Isabel

This study shows that white spruce resilience to warmer and drier climates depends on stomatal and xylem plasticity, not growth rate, as both fast- and slow-growing families exhibited similar physiological responses.

The paper compares genomic patterns of adaptation and introgression in two replicated hybrid zones of spruce, finding similar differentiation and directional introgression despite different environmental gradients.

The paper examines how aspen genetic groups in Mexico and Canada influence soil microbiome nitrogen acquisition strategies across different ecosystems.

The paper examines ploidy, clonality, and sex ratios in aspen populations, finding male bias in triploids and geographic distribution patterns.

This study uses genomic data from quaking aspen to investigate historical population dynamics and adaptive divergence across its range, identifying genomic regions associated with local adaptation.

The paper evaluates genomic offset models in black spruce using common gardens to predict fitness under climate change, finding model reliability varies with environmental and genetic factors.

ntEdit is a genome polishing tool that efficiently corrects base errors in genomic sequences across various species and coverage levels.

The paper develops a method to compare RADseq linkage maps across salmonid species, revealing chromosomal rearrangements post-WGD and identifying conserved inversions.