Thème : Projet PRFU 2020-2024 : Gestion durable de quelques agro-écosystèmes et conservation de la biodiversité Valorisation des synergies alimentation, pollinisation et restauration de la fonction des sols.
Présentation : Projets de Recherche-Formation universitaire (PRFU) dépendant du ministère de l’Enseignement Supérieur et de la Recherche Scientifique.
Thème : Projet CEPF (juin 2021-juin 2022) Reinforce Protection and Monitoring of a Rare and Endemic Plant Species of the El Kala, Key Biodiversity Area in Algeria. Projet Hotspot de Biodiversité du Bassin Méditerranéen (JUIN 2021-JUIN 2022) : BirdLife International, en tant qu'équipe régionale de mise en œuvre pour la région (RIT), accompagne le programme de petites subventions du CEPF (Fond de partenariat pour les écosystèmes critiques) dans le Bassin Méditerranéen.
Présentation : Reinforce knowledge and monitoring of Erica numidica, a very rare and endemic species, restricted to Eastern Numidia and threatened with extinction. The project will gather knowledge on the ecology, distribution, and habitats of this taxon. Given its very small population size, the taxon is proposed to be included among the taxa in critical danger of extinction in Algeria.
Thème : Projet ProSmallAgriMed (PRIMA edition 2021-2024): Promoting soil fertility, yield and income in smallholder agriculture of semiarid and arid Mediterranean regions by management of beneficial soil microbiota, conservation agriculture and intercropping. https://www.primaprosmallagrimed.ovh/ consortium Algérie, France, Italie, Jordanie, Maroc et la Tunisie. Organisme : Fondation PRIMA, Partnership for Research and Innovation in the Mediterranean Area
Présentation : Projet ProSmallAgriMed Promoting soil fertility, yield and income in smallholder agriculture of semiarid and arid Mediterranean regions by management of beneficial soil microbiota, conservation agriculture and intercropping The aims of ProSmallAgriMed is to Improve small farmer agronomic practices through the promotion of the rational use of beneficial soil microbiota and their positive effects on the productivity of inter-cropped perennial (cactus pear) and short-term species (field crops and winter-grown vegetables) also to promote synergistic cooperation between farmers and the food-value chain and Contribute to the improvement of food security through the optimization of agricultural practices under water-limited environments. The project permit to establish agricultural practices with beneficial effects on soil conservation and water use efficiency even guarantee water and soil quality through reduction in chemical inputs and Increase the nutritional quality of crop products while improving the yield for consumption and upgrading the ecological and agro-ecological conditions of semiarid and arid areas. The project will provide a large-scale model for the use of beneficial microbiota and intercropping systems to re-define and boost crop productivity and quality, and yield stability with the Improvement of the social and economic conditions of farmers and the social and economic conditions of the countries hosting new enterprises. The technological transfer from Europe to Maghreb of know-how in the improvement of the effective use of water from the crops and of beneficial soil microbial inocula will give farmers a competitive advantage and result in high quality products. Promoting the establishment, in Maghreb, of start-ups specialized in the production of targeted, high-added-value inocula based on indigenous beneficial soil microbes.
Thème : Projet Aster (PRIMA 2022-2025) Agroecology-inspired Strategies and Tools to enhance Resilience and ecosystem services in tomato crop (ASTER). http://www.asterproject.cnr.it/ Consortium Algérie, Espagne, Grèce, Italie, Portugal, Maroc, Tunisie et la Turquie.
Présentation : Agroecology-inspired Strategies and Tools to enhance Resilience and ecosystem services in tomato crop (ASTER). Organisme : Fondation PRIMA, Partnership for Research and Innovation in the Mediterranean Area The aim of ASTER is to build up a management model for small tomato producers of the Mediterranean Basin based on the application of main agroecology principles such as: 1. the protection (conservation) and the enhancement of functional biodiversity both above and belowground, to increase and exploit the ecosystem services (protection, nutrition, pollination) in alternative to the use of external synthetic inputs 2. the sustainable control of main pests and pathogens to reduce the environmental impact of plant protection practices 3. the circularity of the production chain to approach the “zero waste” objective. The model will improve the resilience of this fundamental crop in the economy of all Mediterranean Basin countries where it can be grown in open field or in protected systems, during the entire annual season, particularly in small farms.