Experts, policymakers, and forestry professionals from across Europe and Central Asia have come together in Kyrgyzstan to strengthen regional cooperation in tackling invasive species and protecting forest ecosystems. The meeting brought together representatives from 22 countries to address shared challenges affecting forest health and biodiversity.
The annual gathering of the Forest Invasive Species Network for Europe and Central Asia (REUFIS) focused on improving collaboration, sharing scientific knowledge, and developing strategies to prevent and manage threats from pests, diseases, and invasive organisms.
Organized by the Food and Agriculture Organization of the United Nations (FAO), the event provided a platform for forest authorities, researchers, and international partners to exchange experiences and discuss solutions for protecting vulnerable forests. Country representatives presented updates on forest health challenges and management approaches.
A major focus of the meeting was the protection of Kyrgyzstan’s walnut-fruit forests, among the world’s most important natural walnut ecosystems. Experts examined how insect pests, plant diseases, and invasive species are affecting these forests and explored ways to improve monitoring, early warning systems, and forest resilience.
Participants also discussed the growing impact of climate change on forest health. Changing environmental conditions are influencing pest outbreaks and increasing pressure on ecosystems, making stronger surveillance and integrated pest management approaches essential.
The meeting highlighted the importance of phytosanitary measures, biosecurity practices, and international cooperation to prevent the spread of harmful organisms through trade and the movement of forest materials.
Since its creation in 2017, REUFIS has helped strengthen regional cooperation on forest protection by connecting scientists, policymakers, and forestry stakeholders. Through continued collaboration, the network supports efforts to safeguard forests, protect biodiversity, and improve preparedness for future environmental threats.
