Éric Coissac

The paper uses ancient DNA analysis to confirm the identity and geographic origin of the holotype of Ctenomys brasiliensis, resolving a century-old debate.

The paper quantifies chloroplast DNA copy number variation in Arctic plants and shows significant differences between species and tissue types, highlighting its impact on DNA metabarcoding accuracy.

This study validates DNA metabarcoding as a quantitative tool for diet analysis in ruminants, showing it integrates feeding over several weeks.

This paper proposes a method to correct PCR amplification bias in DNA metabarcoding using qPCR and a stochastic PCR model, improving quantitative accuracy in biodiversity studies.

The paper generates DNA reference data for 184 Danish plant species using genome skimming, enhancing molecular identification capabilities and improving species resolution in metagenomic studies.

The paper introduces a modified Procrustean correlation coefficient to accurately estimate shared variation in high-dimensional biological data.