Field days with improved tef varieties in Debre Zeyt, Ethiopia

Photo: Zerihun Tadele
Syngenta Foundation for Sustainable Agriculture
Publication article

Syntropic farming systems for reconciling productivity, ecosystem functions, and restoration

Syntropic farming systems (SFS), inspired by natural succession and stratification, combine annual and perennial plants in diverse, actively managed systems. While most examples come from the tropics, they show potential to enhance agrobiodiversity, soil fertility, climate resilience, and yield quality. However, scientific data—especially from temperate regions—is limited. A review of 67 studies highlights SFS benefits but also notes challenges.

Syntropic farming systems (SFS), inspired by natural succession and stratification, combine annual and perennial plants in diverse, actively managed systems. While most examples come from the tropics, they show potential to enhance agrobiodiversity, soil fertility, climate resilience, and yield quality. However, scientific data—especially from temperate regions—is limited. A review of 67 studies highlights SFS benefits but also notes challenges.

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