Agroforestry: building resilient landscapes through diversity

20.01.2026

Alongside sustainable grazing practices, the Landscape Fire Management in the Western Balkans Programme emphasizes agroforestry – the intentional integration of trees, shrubs, and crops into farmland and pasture systems, as a vital approach to building fire-resilient landscapes. These mixed-use landscapes provide multiple benefits: they act as natural firebreaks, increase soil moisture, reduce wind speeds that drive fire spread, and interrupt continuous fuel layers, making it harder for fires to move across large areas. By combining agricultural crops, livestock grazing areas, and strategically placed fire-resistant tree species, agroforestry creates multifunctional land systems that protect both ecosystems and human settlements.

The programme actively encourages landowners, farmers, and municipalities to adopt agroforestry models tailored to their specific ecological and climatic conditions. For example, planting native broadleaf species such as oak, chestnut, or maple between agricultural fields, around villages, or along forest edges provides a protective buffer between more flammable coniferous forests and communities. These trees are naturally more resistant to fire, and they also offer economic value through timber, fruit, or nut production, creating incentives for landowners to maintain and expand such systems.

Beyond fire mitigation, agroforestry promotes biodiversity, soil health, and ecosystem resilience. Diverse plantings provide habitats for wildlife, improve nutrient cycling, prevent soil erosion, and enhance water retention, contributing to healthier landscapes overall. Agroforestry also strengthens local livelihoods by integrating productive trees and crops into farms, supporting sustainable economies while reducing fire risk.

By combining ecological, social, and economic benefits, agroforestry represents a practical and scalable strategy for sustainable landscape management in fire-prone regions such as the Western Balkans, demonstrating that resilience, productivity, and biodiversity can be achieved together.

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