G. Le Provost

This study shows that older, broad-leaved forests in Germany support both high biodiversity and carbon storage, suggesting sustainable management strategies for Central Europe.

This study shows GPRC5A regulates keratinocyte adhesion and migration via nuclear translocation of its C-terminal region, with implications for wound healing.

The paper shows that slow and fast functional strategies manifest at the ecosystem level, driven by disturbance and resource availability in grassland communities.

The paper examines genetic variation in specialized metabolites of sessile oaks and finds extensive within-population variation but little between-population differentiation, with 42% of metabolites showing significant genetic associations.

The paper compares molecular responses to water deficit in high and low water use efficiency sessile oak genotypes, identifying gene expression differences linked to drought adaptation.

The paper investigates gene expression differences in roots of two sympatric oak species under water stress conditions and identifies genes involved in adaptive strategies and reproductive barriers.

This study challenges the 'allosteric switch' model of SHP2 activation by showing that the N-SH2 binding cleft is constitutively open in solution and its opening does not drive activation.

This paper identifies optimal grassland compositions for ecosystem services using simulation and an online tool, showing that mixed intensity landscapes can maximize multifunctionality when services trade-off.

This paper compares biodiversity experiments to real-world plant communities and finds that experimental results are robust to the inclusion of unrealistic communities.

This study investigates adaptive introgression from Q. robur into Q. petraea populations across climate gradients, finding evidence of gene flow and its role in local adaptation.

The paper proposes a standardized vocabulary and data structure for ecological trait data and provides an R-package to harmonize datasets from diverse sources.

The paper identifies genomic regions and genes underlying reproductive barriers in European white oaks, revealing postglacial gene flow and ecological adaptations.