Italy's rice bowl faces reckoning as drought tightens grip

Summer arrived early and with brutal force to northern Italy's rice paddies. The Local Italy reported that weeds are taking over Sharon Angoli's parched paddies in Pavia province, the heart of Europe's most important rice-growing region, as drought has arrived ahead of schedule. The same outlet noted Friday that several waterways in northern Italy are in a critical state due to drought, with the Po River Authority warning that the weather forecast bodes ill for the coming days. The crisis marks an acceleration of the water stress that has plagued the region throughout 2025 and into 2026.

The Pavia province sits at the confluence of the Po and Ticino rivers, a landscape engineered over centuries to channel water across thousands of hectares of rice paddies. That infrastructure now confronts a fundamental problem: there is not enough water to distribute. The Local Italy's reporting suggests that the drought has advanced the usual seasonal stress by weeks, forcing farmers to make difficult decisions about water allocation, crop treatment and potential losses. Rice cultivation is water-intensive; paddies typically require standing water through the growing season. When that water is unavailable, the crop becomes vulnerable to weeds and disease, and yields collapse.

For Sardinia and the broader Mediterranean south, the drought crisis in the north carries a different but related significance. While the Pavia region struggles with insufficient river flow, Sardinia faces its own water stress—compounded by the island's drier climate and smaller freshwater reserves. The Local Italy reported in late June that a powerful European heatwave in late June ranks among the worst ever recorded, rivalling the freak 2003 episode. The heatwave and drought together signal a shift in Europe's climate pattern that affects north and south unequally. The north's crisis is acute but rooted in infrastructure built for abundance; the south's challenge is chronic scarcity made worse by heat and demographic decline.