Transforming Agriculture in Southern Morocco
The southern regions of Morocco, particularly the Laayoune-Sakia El Hamra area, are witnessing a significant agricultural transformation as farmers increasingly turn to alternative crops that are resistant to salinity and drought. This shift is a practical response to the escalating pressure on water resources in these arid regions. The transformation not only aims to enhance agricultural productivity but also seeks to optimize irrigation water consumption amid the scarcity and high salinity of groundwater resources.
Research-Driven Solutions for Sustainable Farming
This agricultural revolution is backed by intense research efforts spearheaded by the African Institute for Sustainable Agriculture Research in Laayoune, in collaboration with the Fosboucraâ Foundation. Over the past five years, the institute has tested approximately ten resistant crops, with notable examples including blue grama grass, which boasts a protein content of up to 17 percent and can yield as much as 70 tons per hectare, with a harvest cycle of about 40 days. Other crops evaluated include sesbania, quinoa, and various other species. These crops underwent rigorous assessment under controlled conditions before being adopted by partner farmers.
The positive field results are evident in the Foum El Oued area of the Laayoune region, where an increasing number of farmers have adopted blue grama grass as a preferred alternative fodder for livestock due to its exceptional resistance to salinity and drought, alongside its proven economic viability. This initiative has significantly reduced dependence on imported feed and alleviated pressure on irrigation water resources, presenting a dual solution that enhances agricultural productivity while simultaneously protecting the local water reserves.
This successful experience is now expanding to include a new program that covers the Boujdour and Tarfaya provinces, as well as the municipalities of Bir Anzarane and Boukraâ. This program aims to evaluate, enhance, and promote the adoption of alternative crops under severe salinity and drought conditions. Additionally, the institute continues to analyze the biochemical composition of these plants to optimize the utilization of irrigation water resources and maximize the nutritional value of the produced fodder.
Collectively, these initiatives represent a pioneering Moroccan model for transforming challenges associated with water scarcity and high salinity into opportunities for sustainable agricultural innovation. They contribute to building a more resilient agricultural system capable of adapting to climatic constraints while reducing dependence on traditional water resources, ultimately aiming to achieve food sovereignty and ensure sustainable income for the local population in the southern regions.
As reported by maadialna.ma.
