Amman: The Jordan Valley Authority (JVA) has conducted a technical validation workshop for irrigation performance assessment results in the Northern Jordan Valley, in partnership with the International Water Management Institute (IWMI), drawing hydrologists and agronomists specializing in water resource management. JVA Secretary-General Hisham Hisa noted that this strategic monitoring framework was initiated in 2022 through a tripartite collaboration between the Authority, IWMI, and the UN Food and Agriculture Organization (FAO), with financial backing from the Netherlands.
According to Jordan News Agency, the platform integrates field-collected metrics with remote sensing data to optimize irrigation efficiency and boost crop yields while supporting evidence-based water resource allocation. “This monitoring protocol delivers granular datasets on irrigation water consumption patterns, enabling precise evaluation of water-use efficiency coefficients and their correlation with agricultural output,” Hisa said during the proceedings.
He emphasized that implementing this assessment mechanism facilitates data-driven analysis, allowing policymakers to enact targeted interventions for sustainable watershed management and enhanced food security. Hisa highlighted the critical importance of incorporating remote sensing technologies and AI-powered analytics into the water management framework, particularly as Jordan navigates intensifying water stress due to hydrological deficits and climate variability.
These technological innovations, he noted, have become essential tools for achieving sustainable water governance and intergenerational equity in resource allocation. Dr. Petra Schmitter, IWMI’s senior irrigation specialist, delivered a comprehensive presentation on the WaPOR system currently operational across 12 countries in the MENA region and Sub-Saharan Africa.
The platform employs satellite-derived evapotranspiration data to calculate water productivity indices and develop decision-support tools for optimizing irrigation scheduling and distribution networks. The workshop concluded with the certification of a technical cadre from JVA and the Ministry of Agriculture who participated in the system’s calibration phase.
These specialists underwent intensive capacity-building on utilizing WaPOR’s high-resolution datasets to conduct spatiotemporal analyses of water productivity metrics across the targeted agricultural watersheds. This technological breakthrough represents a watershed moment in Jordan’s water security strategy, particularly for a nation ranked among the world’s most water-stressed countries, where agricultural sustainability faces mounting pressure from depleting aquifers and shifting precipitation patterns.