Forest Management and Ecosystem Dynamics in Boreal Regions

The boreal forest biome spans the high‐latitude regions of North America, Europe and Asia, playing a pivotal role in global carbon cycling, biodiversity conservation and provision of timber and non‐timber resources. Characterised by coniferous stands of spruce, pine and fir interspersed with deciduous species such as birch and aspen, these forests experience frequent disturbances—from fire and insect outbreaks to windthrow—that shape successional dynamics and structural heterogeneity. Management regimes range from clear-fell rotations to continuous cover systems and set-aside reserves, each influencing carbon stocks, wildlife habitat connectivity and ecosystem resilience in different ways. Under a changing climate, shifts in growth rates, species distributions and disturbance frequency are altering traditional management assumptions. Adaptive approaches now integrate long-term carbon goals, biodiversity targets and local socioeconomic priorities, supported by advances in remote sensing, simulation models and decision-support tools. A holistic understanding of how silvicultural choices interact with natural disturbance and climate feedbacks is critical to maintain the multifunctionality of boreal landscapes and to inform coherent policy frameworks at regional and international scales.

Research from Nature Portfolio

Recent studies have shown that stringent climate mitigation targets for timber-producing countries can conflict with national objectives for ecosystem services and biodiversity. Empirical forest simulations coupled with multi-objective optimisation reveal that meeting ambitious harvest increases to satisfy carbon neutrality goals often undermines habitat provision, nutrient retention and species diversity. Although some regions retain potential for modest harvest expansion without severe trade-offs, the overall findings caution against overreliance on intensified biomass extraction and underscore the need for balanced management strategies that integrate carbon, economic and ecological priorities.

Forest Management and Ecosystem Dynamics in Boreal Regions publication trend

The graph below shows the total number of articles in forest management and ecosystem dynamics in boreal regions across all publications each year (not limited to Nature Index journals).

Technical terms

Ecosystem multifunctionality: The capacity of a forest to deliver several ecosystem services (such as carbon sequestration, biodiversity support and recreation) simultaneously.

Continuous cover forestry: A silvicultural system that maintains an unbroken canopy by selective harvesting, promoting structural diversity and reducing disturbance impacts.

Landscape functional zoning: Spatial planning approach that divides a landscape into areas dedicated to different management objectives—production, multiple use and conservation—to enhance overall functionality.

Multi‐objective optimisation: A computational technique for identifying management scenarios that best satisfy competing goals, such as maximising timber yield while preserving ecosystem services.

Airborne laser scanning: A remote sensing method using LiDAR technology to generate detailed three‐dimensional maps of forest structure, supporting precise biomass and habitat assessments.

References

1. Stochastic multicriteria acceptability analysis as a forest management priority mapping approach based on airborne laser scanning and field inventory data. Landscape and Urban Planning (2023).
2. Climate targets in European timber-producing countries conflict with goals on forest ecosystem services and biodiversity. Communications Earth & Environment (2023).
3. Enhancing multifunctionality in European boreal forests: The potential role of Triad landscape functional zoning. Journal of Environmental Management (2023).
4. Sectoral policies cause incoherence in forest management and ecosystem service provisioning. Forest Policy and Economics (2022).