Carolina Bernhardsson

The paper introduces the Tweap protocol, an optimized target enrichment method for ancient DNA, which reduces costs and increases SNP recovery compared to the Twist protocol.

This study compares genetic diversity and local adaptation in old-growth and planted Norway spruce stands, finding no difference in neutral diversity but stronger adaptation in old-growth populations.

The paper introduces a statistic to detect population continuity and ghost admixture in ancient genomes by analyzing temporal drift and admixture effects.

The paper presents an improved chromosome-scale genome assembly for Populus tremula and integrates population genetics and genomics data to study leaf physiognomy traits through GWAS and functional analysis.

The paper identifies a single QTL associated with the Pendula phenotype in Norway spruce using QTL mapping across two F1 progenies.

The paper analyzes genetic structure in Brittany and the Loire basin to understand Western Europe's demographic history, finding increased population differentiation linked to steppe and Neolithic ancestry.

The paper describes a variant calling workflow for Norway spruce using NGS data to address challenges posed by its complex genome structure.

The paper identifies 51 significant SNPs from 39 candidate genes associated with wood formation traits in Norway spruce using genome-wide association mapping.

The paper creates an ultra-dense haploid genetic map for Norway spruce to improve genome assembly and evaluate gene distribution across chromosomes.

The paper develops and evaluates sequence-capture probes and associated SNPs for Norway spruce to improve genome assembly and population studies.