أبعاد إقتصادية
Volume 16, Numéro 1, Pages 123-146
2026-06-30
Authors : Aissou Abderrahmane . Boudella Youcef . Cherai Elhocine .
This study examines the technical and environmental feasibility of adopting smart agriculture technologies based on multi-irrigation systems in desert regions, through a proposed agricultural project in Adrar Province. It focuses on identifying the key parameters required to evaluate the applicability of these technologies under conditions of water scarcity and harsh climate. The study adopts a descriptive-analytical approach by developing a conceptual technical model that integrates smart sensors, such as ESP32 and soil moisture sensors, with cloud-based monitoring platforms. The findings show that the proposed system enables real-time and accurate monitoring of crop water needs, improves resource efficiency, and contributes to reducing water consumption. It also enhances the adaptability of agricultural systems to environmental constraints. The study concludes that these technologies represent a promising solution for improving agricultural sustainability and strengthening food security in desert areas.
Smart Agriculture; Technical Feasibility; Environmental Feasibility; Multi-Irrigation Systems; Adrar Province.
Jraïch Fatima Zahra
.
Akdim Brahim
.
pages 58-65.
Fossi Sévère
.
Ouedraogo Désiré
.
Zongo Bétéo
.
Traore Maïmouna Y.
.
Silveira Sewa K. Da
.
pages 29-36.
Noun Abdelkader
.
Jabar Matar Al-dulaimi Amina
.
pages 294-313.
Mimouni Belkacem
.
Othmani Zine El Abidine
.
Belouar Laila
.
pages 105-120.