N. R. Street

The paper constructs a super-pangenome of 19 Populus species to explore genomic factors driving adaptation and diversification in forest trees.

The paper identifies molecular differences in adventitious rooting competence between two poplar genotypes and shows that MYC2 expression levels influence rooting ability.

Cross-species network analysis identifies and validates new growth regulators in Arabidopsis by integrating transcriptional networks and functional orthologs.

This study identifies adaptive introgression and standing genetic variation as key factors in European aspen's adaptation to high latitudes through genomic analysis of 411 trees.

This study compares cold acclimation transcriptome responses between Norway spruce and Arabidopsis, revealing shared and unique transcriptional regulators involved in cold tolerance.

The paper constructs a high-density linkage map for European Aspen to estimate recombination rate variation and compares it with LD-based estimates, finding agreement and identifying high recombination regions missed by map-based methods.

The paper analyzes drought responses in Norway spruce by comparing physiological and transcriptional changes in roots and needles, revealing conserved and species-specific gene regulation.

The paper identifies a major genetic locus, PtFT2, that controls local adaptation and adaptive life history variation in European aspen across a latitudinal gradient.

The paper generates high-spatial-resolution transcriptome data from Populus tremula wood-forming tissues and identifies novel gene modules and expression patterns involved in cambial growth and wood formation.