The De Zeezuiper marsh near Bergen op Zoom in the Netherlands has dried up for the first time in approximately 700 years [1].
This event marks a rare ecological collapse for the Noord-Brabant region, signaling the severity of current weather patterns and their immediate impact on protected wetlands.
Forest ranger Erik de Jonge and other managers of the De Zeezuiper nature reserve said that the water levels dropped so significantly that the marsh bed became fully exposed [1, 2]. The sight of the dry basin has left officials stunned by the scale of the loss.
"What we see here is unprecedented," de Jonge said [2].
The impact on local wildlife has been immediate and visible. Large numbers of dead fish now cover the bottom of the basin where water once flowed [1, 2]. The lack of water has eliminated the habitat necessary for these species to survive the summer heat.
According to records cited by the NOS, the marsh had not been dry since the year 1300 [1]. This timeline suggests that the current drought is more severe than any event recorded in the region for seven centuries.
Managers of the reserve are now monitoring the site to assess the long-term damage to the ecosystem. The extreme drought of the summer is cited as the primary cause for the plummeting water levels [2]. While the area is designed to manage water, the intensity of this season's heat exceeded the natural capacity of the wetland to retain moisture.
“"What we see here is unprecedented,"”
The drying of De Zeezuiper represents a critical threshold for European wetland preservation. When a site that has remained hydrated for 700 years fails, it indicates that historical environmental benchmarks are no longer reliable predictors for ecosystem stability. This event highlights the vulnerability of specialized habitats to rapid climatic shifts, where a single season of extreme drought can erase centuries of ecological continuity.
