DIABOLO focused on harmonised National Forest Inventories and monitoring disturbances; FORGENIUS on forest genetic resources information services; GenRes Bridge on genetic resources management.
GOZDARSKI INSTITUT SLOVENIJE
Slovenia's national forestry research institute specialising in forest inventory, genetic resources, wood mobilisation, and climate-resilient land management across Europe.
Their core work
The Slovenian Forestry Institute (GIS) is Slovenia's national research centre for forest science, providing expertise in forest inventory, monitoring, genetic resources, and sustainable wood supply chains. They develop data products and decision support systems for forest and land management, bridging ecological research with practical tools for policymakers and the bioeconomy sector. Their work spans from tracking forest disturbances and biodiversity to promoting bioenergy uptake and wood mobilisation across European regions.
What they specialise in
ROSEWOOD and ROSEWOOD4.0 built European networks for sustainable wood mobilisation, including digitalisation-ready approaches.
BioVill promoted bioenergy villages for heat and power; Biomasud Plus developed residential solid biofuel markets in Mediterranean regions.
LANDSUPPORT developed a web-based land decision support system addressing climate resilience, sustainable agriculture, and land degradation neutrality.
FORGENIUS (their largest project at EUR 619K) focuses on adaptability, resilience, in situ genetic diversity, and phenotypic diversity for forest tree breeding.
How they've shifted over time
In 2015–2018, GIS focused on foundational forest data infrastructure — harmonised forest inventories, bioeconomy outlooks, bioenergy market development, and capacity building for renewable heat. From 2018 onward, their work shifted toward applied land management tools, climate resilience, and forest genetic resources, with growing emphasis on digital solutions (DSS, HPC modelling) and biodiversity conservation. Their largest and most recent project (FORGENIUS, EUR 619K) signals a clear pivot toward genetic diversity and adaptive forest management.
GIS is moving from data collection and energy market support toward climate adaptation and forest genetic resources — expect them to seek partners in genomics, climate modelling, and digital forestry tools.
How they like to work
GIS operates exclusively as a consortium partner, never as coordinator, which suggests they contribute deep domain expertise rather than leading project management. With 117 unique partners across 32 countries in just 8 projects, they work in large, broad consortia — typical of EU-wide coordination and support actions. This makes them a reliable, well-networked contributor who can plug into large partnerships without friction.
GIS has built a remarkably wide network for its size: 117 unique partners across 32 countries from only 8 projects. This reflects participation in large pan-European forestry and land-use networks, giving them connections across virtually all EU member states.
What sets them apart
GIS sits at the intersection of forest science and practical land-use policy — a combination that few research institutes cover end-to-end. As a national forestry institute from a heavily forested Central European country (60% forest cover), they bring both ecological expertise and real-world forest management experience. Their progression from inventory data to genetic resources and climate adaptation positions them well for the growing EU focus on forest resilience and the bioeconomy.
Highlights from their portfolio
- FORGENIUSTheir largest project by far (EUR 619K, 4x their average), signalling a strategic commitment to forest genetic resources and biodiversity — likely their flagship H2020 involvement.
- ROSEWOOD / ROSEWOOD4.0Rare case of a follow-up project (ROSEWOOD then ROSEWOOD4.0), showing GIS helped build a lasting European wood mobilisation network that evolved to include digitalisation.
- LANDSUPPORTBrought GIS into agricultural land management and decision support systems, expanding their profile beyond pure forestry into broader land-use and climate resilience.