ADAPT-FOREST establishes a high-resolution monitoring supersite integrating tree growth, soil and climate measurements with AI-based stress detection systems. Learn more

BorealNet establishes a nationwide monitoring network for boreal forests in Norway. Sensors, LiDAR and satellite data are used to monitor forest growth, stress and productivity. Learn more

The project studies Balkan beech forests to assess climate change impacts and management practices. It monitors biodiversity, productivity and carbon sequestration using field measurements and IoT technologies. Learn more

EnhanceForMed monitors Mediterranean forest resilience to drought and heatwaves using ecohydrological observations, UAVs and satellite data. The project supports climate adaptation strategies. Learn more

FlyForSIF combines hyperspectral and chlorophyll fluorescence airborne measurements to detect tree stress responses across European forest ecosystems. Learn more

FORBEECH enhances monitoring of European beech forests in South-East Europe using terrestrial and airborne measurements. The project analyses climate impacts on forest resilience. Learn more

ForStress develops Alpine monitoring supersites to assess drought stress and tree water dynamics. High-frequency dendrometer data and modelling support stress forecasting. Learn more

iSINK investigates how replacing coppice-regenerated forests with seed-origin trees can enhance forest carbon sinks. The project combines laser scanning and growth modelling to support climate-smart forestry. Learn more

MIXFOR develops a mixed-forest experiment in Denmark to improve forest resilience to climate change. The project focuses on transforming Norway spruce plantations into more diverse ecosystems. Learn more

MONIMATSCH studies climate change impacts on Alpine forests using sensors, LiDAR and tree growth monitoring. The project also investigates carbon and nutrient cycling. Learn more

The project monitors Mediterranean forests vulnerable to drought and wildfires through climate-smart management practices. It aims to improve ecosystem resilience, biodiversity and multifunctionality. Learn more

The project establishes a monitoring network to assess how boreal pine and spruce forests respond to drought, frost and heat stress. Real-time sensors and hyperspectral imaging support the analysis. Learn more

The project improves monitoring of oak forests in South-East Europe through terrestrial and airborne measurements. It studies relationships between water availability, tree growth and climate conditions. Learn more

ROAKS studies climate change impacts on oak forests in Central and Eastern Europe. Field monitoring and remote sensing are combined to assess resilience, soil moisture and carbon storage. Learn more

SensOFOREST develops an integrated monitoring system using sensors, UAV surveys and satellite data for Mediterranean forests. The project focuses on forest stress, carbon stocks and resilience. Learn more

UPLINK upgrades the Brasschaat ICP Forest site into a FORWARDS supersite integrating sensors, UAV monitoring and ecosystem modelling. Learn more

VARCLIREFOR analyses sapling growth and survival under different climate and soil conditions. The project evaluates long-term impacts on forest carbon sequestration and ecosystem dynamics. Learn more

WestWARD develops a monitoring network in Central Europe to detect early signals of climate stress. The project combines dendrometers, climate data and remote sensing technologies. Learn more

The project upgrades the Zöbelboden site into a ForestWard Observatory supersite. Advanced monitoring technologies will support stress assessment in Alpine forest ecosystems. Learn more

CAEFD develops open-access datasets and tools to assess forest disturbances, carbon loss and recovery in Northern Europe. The project combines field surveys and remote sensing technologies. Learn more

CE-ReDiFor establishes a large-scale reference database on forest disturbances in Poland by integrating field measurements with high-resolution remote sensing data. Learn more

CEURDIST develops a harmonised forest disturbance database for Central Europe using remote sensing data from 1985–2023. Learn more

EFID creates a forest disturbance reference dataset for Northern Europe using satellite and aerial imagery to support disturbance mapping. Learn more

HALO-FARM deploys hybrid aircraft technology to collect high-resolution forest disturbance data in Germany and Austria. The project focuses on detecting windthrow, bark beetle outbreaks and drought stress through multispectral imagery and field measurements. Learn more

IMAGEFORDIST develops scalable open-access forest disturbance and carbon-loss mapping approaches using Landsat and Sentinel imagery. The project applies machine learning and remote sensing analyses across representative European forest types. Learn more

RIGOR-MED evaluates and harmonises disturbance products for Mediterranean forests using satellite time series and high-resolution imagery. Learn more

TREAD develops early-warning approaches for forest decline by integrating remote sensing, field data and plant trait analysis. The project studies forest responses to drought, pests and diseases to improve early stress detection and conservation strategies. Learn more

AForMan establishes field trials to test adaptive forest management and restoration practices under climate stress conditions. The project evaluates interventions such as thinning systems and drought-resistant species using field inventories and environmental monitoring. Learn more

ALPFOR-CSF evaluates climate-smart forestry practices in Alpine forests through long-term monitoring trials in the Italian Alps. The project analyses biodiversity, carbon sequestration and resilience using UAV imagery, dendrometers and simulation models. Learn more

The project restores 17 hectares of degraded land in Armenia through community-led afforestation using native tree species and climate-smart forestry practices.

CALI-LAB establishes field trials in the Călimani Mountains to test adaptive forest management and restoration practices against windthrow and bark beetle outbreaks.

CLIBIFO tests innovative forest management practices in Norway spruce stands to improve resilience to climate change, pests and natural hazards, through species diversification, alternative thinning and deadwood retention.

DEADWOOD-DIST investigates how the distance from deadwood influences tree regeneration, growth and key Climate-Smart Forestry indicators.

FIRE-RESCUE establishes field trials in burned forests of Bosnia and Herzegovina to evaluate climate-smart post-fire restoration strategies.

NATMIXFOR compares managed and unmanaged mixed forests to assess resilience, biodiversity and climate adaptation potential. Experimental plots in Bosnia and Herzegovina support the evaluation of Climate-Smart Forestry indicators. Learn more

RECLAIM investigates how pioneer forests can support ecosystem recovery and carbon stock restoration after large-scale disturbances. The project establishes permanent plots and tests adaptive tree planting strategies beneath pioneer canopies. Learn more

SMART-OAK evaluates oak restoration strategies and resilience after disturbances across European restoration sites. The project compares seeded and nursery-grown regeneration while analysing biomass, soil carbon and biodiversity indicators. Learn more

EduCyprus promotes awareness and education on Climate-Smart Forestry in Cyprus through workshops, field visits and geospatial tools. The project strengthens local participation in forest restoration and climate adaptation initiatives. Learn more

Forest for All Beings (FAB) develops participatory frameworks that involve citizens and stakeholders in climate-smart forestry and restoration decisions. Pilot activities combine ecological awareness, community engagement and inclusive forest governance. Learn more

FoResil strengthens adaptive forest governance in the Aragonese Pyrenees through community participation and climate-smart management practices. The project supports collaboration between municipalities, forest administrations and local communities. Learn more

Gigantes Verdes trains citizens to identify, map and monitor mature native trees as key elements of biodiversity and carbon storage. The initiative combines citizen science, ecological education and community-based forest stewardship. Learn more

Green Galicia supports wildfire prevention and sustainable forest management through community participation and climate-smart practices. The project develops natural firebreaks, training activities and digital tools for fire-risk monitoring. Learn more

LIVING_FORESTS creates a participatory network of community forests in Galicia to exchange best practices on climate-smart forestry and wildfire prevention. The project promotes knowledge sharing, biodiversity conservation and community engagement initiatives. Learn more

MIMONTE promotes climate-smart restoration and management of Mediterranean forests in degraded areas of eastern Spain. The project engages local communities, municipalities and NGOs in reforestation and sustainable governance initiatives. Learn more

RESTART combines educational activities, guided visits and artistic initiatives to raise awareness about lowland forest restoration in Italy. The project promotes public engagement with climate mitigation and biodiversity conservation. Learn more

Y-FOREST empowers youth and local communities through education and participation in climate-smart forestry activities. Workshops, campaigns and volunteer initiatives promote sustainable forest management and restoration practices. Learn more

#RootConnection creates a Central European platform connecting small forest owners, foresters and policymakers to promote climate-smart forestry. The project supports networking, training activities and policy advocacy focused on resilient forest management. Learn more