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🛒 تسوق الآنVolume 9, Issue 6, 2026
Volume 9, Issue 6, 2026: New Research on Groundwater Quality in Eastern Libya
A new study published in June 2026 in the AlQalam Journal of Medical and Applied Sciences has assessed the suitability of groundwater for irrigation in Wadi Al-Ain, located east of Tobruk, Libya. The research, authored by Mohammad Alhaen, applies the Irrigation Water Quality Index Model to evaluate water conditions in a region where agriculture depends heavily on underground water sources. The findings carry significant implications for food security and sustainable farming across eastern Libya.
Key Findings from the Wadi Al-Ain Study
The study classified groundwater samples using standardized irrigation quality parameters, measuring concentrations of dissolved solids, sodium absorption ratios, and potential toxicity levels affecting crop yields. Results indicated that certain zones within Wadi Al-Ain require treatment before water can be safely used for sensitive crops, while other areas showed acceptable quality for drought-resistant varieties. The research fills a critical data gap for Libyan agricultural planning authorities.
Why Water Quality Matters for Libyan Agriculture
Libya relies on the Nubian Sandstone Aquifer System for approximately 95% of its freshwater needs, making groundwater quality monitoring essential for national food production strategies. The country's agricultural sector has faced increasing pressure from climate change, with average temperatures rising and rainfall patterns becoming less predictable over the past decade. Poor water quality can reduce crop yields by up to 40% and degrade soil structure over time.
- The study analyzed multiple groundwater samples from Wadi Al-Ain aquifer zones east of Tobruk
- Irrigation Water Quality Index parameters included electrical conductivity, sodium percentage, and residual sodium carbonate levels
- Results showed variable suitability across different locations within the Wadi Al-Ain region
- The research recommends site-specific treatment approaches rather than uniform water management policies
- Findings support Libya's national water authority efforts to map irrigation suitability nationwide
Expert Perspective on Groundwater Research
Water resource specialists emphasize that systematic monitoring of Libya's groundwater is essential for sustainable development. The AlQalam Journal study represents an important contribution to understanding regional water quality variations that directly affect farming communities in Cyrenaica. Researchers note that similar assessment models should be applied to other agricultural zones in Libya to build a comprehensive national database.
Libya Connection: What This Means for Libyan Farmers
For Libyan farmers in the eastern regions, particularly around Tobruk and Al-Bayda, these findings provide actionable data for irrigation planning. LibyaPress has previously reported on water scarcity challenges facing Libyan communities, and this research adds scientific evidence to support better resource management. The Ministry of Agriculture and Water Resources can use these results to advise farmers on crop selection and water treatment investments. With Libya's population growing and agricultural output under pressure, evidence-based water management is more critical than ever.
Looking Ahead: Water Research Across Libya
This study opens the door for expanded research into groundwater quality across Libya's major agricultural regions, including the Jufra plain and the coastal strip from Tripoli to Misrata. International organizations including UNESCO and the Food and Agriculture Organization have called for increased investment in water monitoring infrastructure across North Africa. Libyan researchers are encouraged to continue publishing in peer-reviewed journals to build the knowledge base needed for sustainable water policy. The future of Libyan agriculture depends on understanding and protecting the water resources beneath our feet.
— LibyaPress / Health Desk
