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Traditional agroforestry systems as hotspots of agrobiodiversity: The case of the oases in Tunisia
Traditional agroforestry systems in Tunisian oases sustain exceptional agrobiodiversity and climate resilience
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Detail description
Traditional agroforestry systems in Tunisia’s oases, such as Mides and Chebika, protect biodiversity, maintain the balance of the ecosystem and produce oxygen. These systems, based on the cultivation of date palms, fruit trees and vegetables across three layers, promote sustainability, resilience to climate change and honey production. They are home to more than 300 varieties of palm trees, including the award-winning Gabsi variety, and various species of olive, pomegranate and fig trees, vines, tropical fruits, cereals, alfalfa, sorghum and spices. They are key examples of sustainable mixed farming that protects against desertification and supports community resilience.
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Contribution detail info
- Project
ResAlliance
Landscape resilience knowledge alliance for agriculture and forestry in the Mediterranean basin
- Location
- Tunisia
- Authors
- Mohamed Tahar Elaieb, Issam Touhami, Sondes Fkiri, Boutheina Stiti, Samir Dahri
- Purpose
- Dissemination
- File type
- document
- Created on
- Oct 12, 2023
- Origin language
- Spanish
- Official project website
- ResAlliance
- License
- CC BY-NC-ND
- Keywords