Tunisian Scientists Make Breakthrough in Preserving National Agricultural Heritage
Tunisian scientists from the University of Sfax and the Institution of Agricultural Research and Higher Education (IRESA) have achieved a major milestone in preserving and modernizing the country's agricultural heritage. In collaboration with the National Gene Bank of Tunisia and with the support of the British non-profit organization GetGenome, researchers have successfully sequenced and published the complete genomes of two iconic local varieties of Tunisian durum wheat: Mahmoudi and Chili.
Significance of Local Varieties
These local varieties are living archives of Tunisia's agricultural history, culinary tradition, and genetic resilience. For generations, Tunisian farmers have cultivated Mahmoudi and Chili, selecting them for their exceptional grain quality, drought tolerance, and disease resistance.
Cutting-Edge Technology
Using state-of-the-art sequencing technologies, scientists have produced a comprehensive and freely accessible resource for both varieties, opening a new window into their genetic composition and untapped potential.
Launch of the Open Durum Genome Project Tunisia (DurumGPT)
The Tunisian researchers have launched the Open Durum Genome Project Tunisia (DurumGPT), a collaborative initiative bringing together scientists, plant breeders, policymakers, agricultural cooperatives, and civil society organizations to:
- Accelerate the development of climate-resilient wheat varieties through open science
- Strengthen food security in Tunisia and the Mediterranean region
- Preserve Tunisia's agrobiodiversity for future generations
Access to Genomic Resources
By making the genomic resources of Mahmoudi and Chili freely accessible via the OpenDurumGPT platform on Zenodo (https://zenodo.org/communities/opendurumgpt/records), researchers worldwide can now explore the genetic foundations of drought tolerance, climate resilience, disease resistance, and high nutritional value of durum wheat.
Benefits for Scientists and Policymakers
For breeders and scientists, this is a rich resource for identifying and mobilizing genes controlling drought tolerance, disease resistance, and nutritional quality. For policymakers, it highlights the importance of supporting traditional agricultural systems and investing in agrobiodiversity.
A New Era of Collaboration
The DurumGPT initiative demonstrates the power of combining local knowledge with international collaboration. By openly sharing these genomic resources, Tunisia is playing a leading role in transforming agriculture through science.
Quotes from Key Stakeholders
- "Sequencing the genomes of these two local Tunisian durum wheat varieties is a major breakthrough. Mahmoudi and Chili will be essential for developing more climate-resilient wheat in our country, while honoring the wisdom of Tunisian farmers who have maintained these varieties for centuries." - Moez Hanin, Professor at the Institute of Biotechnology (University of Sfax) and project leader of DurumGPT
- "The sequencing of the genomes of two ancestral local varieties of Tunisian durum wheat, Mahmoudi and Chili, represents a major milestone in agricultural innovation; beyond a simple scientific breakthrough. By identifying the unique genetic characteristics of Mahmoudi and Chili, this research provides a roadmap for the development of wheat varieties specifically adapted to climate stresses such as drought, heat, and soil salinity. Ultimately, this work strengthens food security and encourages smart and sustainable agriculture in Tunisia by leveraging the natural resilience of local genetic resources. We are no longer victims of climate change; we are its masters." - Mohamed Ali Ben Temessek, Director General of the National Gene Bank of Tunisia, Ministry of the Environment
- "Durum wheat has shaped the fields, kitchens, and culture of Tunisia for centuries. By sequencing the Mahmoudi and Chili varieties, we are preserving a living heritage and strengthening the resilience of a cereal that underlies both food security and national identity." - Brande Wulff, Associate Professor at King Abdullah University of Science and Technology
- "Mahmoudi and Chili are living treasures of Tunisian civilization, shaped over the centuries by the hands of Tunisian farmers. Their genomic sequences must be cherished and exploited. They provide the basis for analyses that will enable the development of the next generation of climate-resistant wheat and secure the country's food future." - Sophien Kamoun, Professor and Team Leader, The Sainsbury Laboratory, Norwich, UK
A Call for Global Collaboration
The publication of these genomic data marks a turning point for durum wheat research and highlights the valuable contribution of Tunisian researchers to the global scientific community. OpenDurumGPT offers a framework for a new form of collaboration, one that puts local scientists at its heart and invites researchers worldwide to use the data, recognize local contributions, and deposit their results under the same banner.
