Climate change has turned water availability into one of the key determinants of agricultural performance in Central and Eastern Europe. In Romania’s case, the recurring droughts of the past decade have highlighted the structural limitations of the agricultural system in the absence of a functional irrigation infrastructure.

According to data published by Eurostat and the National Institute of Statistics, Romania has approximately 3 million hectares equipped for irrigation, yet the effectively irrigated area varies significantly depending on weather conditions and the operational status of the infrastructure. In recent agricultural years, the irrigated area has generally ranged between 0.8 and 1.5 million hectares, well below the potential of the existing infrastructure.

This gap reflects several structural constraints: the condition of secondary distribution networks, the high energy costs associated with water pumping, and the level of organization among water users for irrigation. The rehabilitation of the main infrastructure, carried out in recent years through public programs managed by the National Agency for Land Reclamation, represents only part of the equation. The efficiency of the system depends largely on local infrastructure and the capacity of farmers to sustain operational costs.

The experience of European countries with developed irrigation systems indicates a direct impact on production stability. In regions where irrigation systems are functional, crop yields are higher and, more importantly, less volatile. For crops such as maize or vegetables, the production difference between irrigated and non-irrigated land can often exceed 30–50%.

In this context, investments in irrigation should not be viewed solely as infrastructure projects, but as instruments for stabilizing agricultural production. In an increasingly variable climate, the ability to manage water resources is becoming a major determinant of the competitiveness of Romanian agriculture.

(Photo: Freepik)