News

New research reveals local climate adaptation patterns and evaluates genomic offset predictions, highlighting challenges and future directions for conserving long-lived forest species.

Analysis of Southern and Central European forests shows structural diversity can offset warming-driven declines in resilience.

FORGENIUS scientists assemble the first transcriptome of Sorbus torminalis to advance biodiversity and forest resilience research.

Satellite and field data uncover how ecosystems cope with water stress across Europe.

Advancing resilient forests through innovation, collaboration, and genetic insights at the EVOLTREE-FORGENIUS conference, held at CSIC in Madrid from 18-21 November 2025

The relaunched EUFGIS platform offers enhanced data, new genomic insights, and smarter tools to monitor and manage Europe’s forest genetic diversity.

FORGENIUS and EUFORGEN unveiled two strategic innovations at the Forest Europe Expert Level Meeting in Stockholm: a new liaison role to broaden participation and a genetic conservation indicator to enhance dynamic monitoring of native species.

A new FORGENIUS study shows that while woody plants can adjust their hydraulic systems to drought, those changes often aren’t enough. Dive into decades of data revealing the limits of plant resilience.

FORGENIUS brought science linked to forest genetic resources into the everyday learning of 10–12-year-old school kids in Finland and Slovenia.

Two PhD positions at INRAE Avignon explore genetic adaptation in oak and beech trees, focusing on phenology, climate resilience, and forest population vulnerability.