Forest Restoration and Ecosystem Recovery Strategies
Summary
Forest restoration and ecosystem recovery encompass a suite of approaches designed to repair degraded or deforested landscapes, re-establish native biodiversity and reinstate vital ecosystem services. Strategies range from passive restoration, relying on natural regeneration processes, to active interventions such as enrichment planting, assisted natural regeneration and silvicultural treatments. Effective recovery hinges on selection of appropriate native species, consideration of site-specific edaphic and climatic conditions and adoption of landscape-scale planning that connects remnant forest fragments. Long-term monitoring is essential to track structural and compositional changes, soil nutrient dynamics and carbon sequestration trajectories. Socio-economic engagement of local communities and adaptive management frameworks further underpin the sustainability of restoration efforts. Across temperate, tropical and boreal regions, emphasis has grown on mixed-species plantings that enhance resilience to environmental stressors, on the integration of understorey dynamics and on the use of remote sensing to evaluate canopy development. Restoration agendas now align more closely with global policy imperatives for climate mitigation, watershed protection and biodiversity conservation, reflecting the realisation that healthy forests are critical to climate regulation, water security and rural livelihoods.
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Forest Restoration and Ecosystem Recovery Strategies publication trend
The graph below shows the total number of articles in forest restoration and ecosystem recovery strategies across all publications each year (not limited to Nature Index journals).
Technical terms
Assisted natural regeneration: The facilitation of natural vegetation recovery by removing barriers to seedling establishment, such as invasive species, soil compaction or grazing pressure.
Silvicultural system: A planned method of tending and harvesting forests designed to achieve specified management goals for timber, biodiversity or ecosystem functions.
Understorey: The layer of vegetation beneath the forest canopy, including shrubs, saplings and herbaceous species that influence light availability and nutrient cycling.
Enrichment planting: The introduction of additional tree species into an existing stand to increase diversity, structural complexity and ecological function.
Carbon sequestration: The capture and long-term storage of atmospheric carbon dioxide in vegetation and soils, contributing to climate-change mitigation.
References
- Survival and environmental filtering of angiosperm and conifer seedlings at range‐wide scales throughout temperate evergreen rainforests. Journal of Ecology (2025).
- Silviculture of South American temperate native forests. New Zealand Journal of Forestry Science (2022).
- Soil dynamics and carbon stocks 10 years after restoration of degraded land using Atlantic Forest tree species. Forest Systems (FS) (2011).
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