We are delighted to share that Professor Akissa Bahri, a distinguished member of our Advisory Board, represented TRANS-SAHARA at the XIX World Water Congress, held in Marrakech, Morocco, from 1–5 December 2025. Organised by the International Water Resources Association (IWRA), this global event brought together experts and stakeholders to address pressing challenges in water management and sustainability.
A spotlight on Water–Soil–Agriculture for the SDGs
During the session “A Water-Soil-Agriculture Alliance for the SDGs: Seven Strategic Messages to Share”, Professor Bahri presented the paper “Green Water and Trans-Sahara: Regenerating Soils and Restoring Water for Sustainable Water Security”. Her presentation highlighted the innovative approach of the TRANS-SAHARA Project, which focuses on restoring water resources and regenerating soils to strengthen climate resilience and achieve sustainable development goals.
By showcasing how integrated solutions can enhance water security and support agricultural sustainability, Professor Bahri emphasized the critical role of collaborative research and innovation in tackling climate-related challenges. Her intervention sparked significant interest among participants and reinforced the importance of partnerships in advancing the Africa–Europe Green Transition.
Why this matters
Water scarcity and soil degradation are among the most urgent issues affecting communities worldwide. The TRANS-SAHARA approach, rooted in the Water–Energy–Food–Ecosystems Nexus, offers practical pathways to address these challenges through nature-based solutions, policy integration and capacity building. Professor Bahri’s contribution at the World Water Congress underlined how these strategies can be scaled up to deliver long-term impact.
We extend our heartfelt thanks to Professor Bahri for presenting our vision on such a prestigious global stage. Her participation strengthens TRANS-SAHARA’s commitment to fostering innovation and collaboration for water security, climate resilience and sustainable development.
