匈牙利正面临严峻的水资源危机，这场危机将数百年的排水政策后果与当下干旱气候交织在一起。该国第三大湖泊Velence的水位已跌至约20厘米，远低于8月份应有的150厘米理想水位1。根据国家气象服务数据，约99%的匈牙利土地正经历严重或极端干旱状况1。
历史排水工程加剧了当前困境。匈牙利建立的排水运河网络超过40000公里，其长度已超过地球周长1。这一庞大系统导致该国历史湿地丧失超过80%，根据2023年《自然》期刊的研究1。同时，饮用水基础设施存在严重泄漏问题，20-25%的水通过损坏管道流失，每年造成170亿福林（约5440万美元）的损失1。
多瑙河水位创下历史新低，甚至威胁到匈牙利的能源供应。该国唯一核电站Paks因此面临44年历史上首次关闭的风险1。6月底，匈牙利还创造了42摄氏度的温度纪录1。
面对这一困境，匈牙利总理Péter Magyar承诺调整国家政策方向。他表示"水资源将成为匈牙利水管理的基本原则"1。政府誓言从传统的排水思路转向保护和节约水资源，但这些改革需要耗时且成本高昂1。
Hungary is confronting a severe water shortage as the cumulative effects of centuries-long drainage practices combine with recent climate-driven drought conditions.1 More than 40,000 kilometers of drainage canals—a network exceeding the Earth's circumference—have transformed the landscape and contributed to the loss of over 80 percent of the country's historical wetlands, according to a 2023 study published in Nature.1 These infrastructure projects, originally designed to expand agricultural land, have left the nation increasingly vulnerable to water stress.
The crisis is now visible across the country's water systems. Lake Velence, Hungary's third-largest lake, has receded to approximately 20 centimeters, far below the ideal August water level of 150 centimeters.1 Meanwhile, about 99 percent of Hungarian territory is experiencing severe or extreme drought conditions according to the national meteorological service.1 The Danube River has fallen to historic low levels, threatening the Paks nuclear power plant with shutdown—potentially its first closure in 44 years of operation.1 Additionally, Hungary endured a record temperature of 42 degrees Celsius (107.6 degrees Fahrenheit) in late June.1
Infrastructure deterioration compounds the challenge. Drinking water leakage rates of 20 to 25 percent through damaged pipes cost the nation 17 billion forint (approximately $54.4 million) annually.1 In response, Prime Minister Péter Magyar has signaled a policy shift, stating that "water conservation will become the fundamental principle of Hungary's water management."1 However, transitioning from the historical emphasis on drainage to a water-preservation model will require substantial time and financial investment to implement effectively.
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