Satellite Imagery Reveals Critical Water Shortages and Disappearing Rivers Across Drought-Stricken Europe

New satellite imagery highlights the severe impact of prolonged hot and dry weather across Central and Western Europe, where major waterways such as the Loire, Po, Rhine, and Danube rivers have plummeted to record-low levels.

According to the Global Drought Observatory and the Combined Drought Indicator, approximately half of Europe's land area is currently facing drought conditions, with southern England, northern Italy, and parts of Central Europe bearing the heaviest toll. Around 9 percent of the affected region has reached alert levels, impacting countries like southern Germany, Hungary, Romania, Austria, the Czech Republic, and Slovakia.

Al Jazeera’s Open Source Unit examined satellite data documenting retreating water levels, diminished soil moisture, and widespread browning of green spaces. In France, comparisons of the Loire River near Saumur showed significantly wider sandy and gravelly areas alongside dried agricultural zones. Similarly, near Moissac, the Garonne River basin displayed marked vegetation stress, prompting local authorities to initiate early interventions.

In Germany, the Rhine River near Kaub experienced severe drops that brought commercial shipping traffic to a halt as vessels struggled with reduced drafts. Meanwhile, Italy's Po River near Boretto showed extensive dry riverbeds, adding pressure to agricultural irrigation and energy production. In Hungary and Romania, receding waters along the Danube continue to threaten navigation and water supplies.

Urban and rural areas in England have also suffered, with London recording its driest July since 1836 and the United Kingdom’s Environment Agency reporting that 71.3 percent of England is officially in drought. High-resolution satellite images of Hyde Park in London and Auer-Welsbach Park in Vienna, Austria, further illustrate the severe heat and water stress turning urban green spaces brown and pale as dry conditions are expected to persist.