印度阿萨姆邦今年遭遇约60年来最严重的洪灾，造成100多人死亡，超过70万人流离失所1。洪水摧毁了1000多只动物和200多所房屋，其中内泊利库蒂村在约30分钟内被水位从膝盖深上升至脖子深的洪水淹没1。该村农民普拉卡什·沙玛表示，村庄在下午1点30分左右被约2.7米深的水淹没1。
气候变化导致降雨更加不规律和强烈，而沙矿开采、上游森林砍伐、湿地丧失和城市化等人为因素进一步加剧了灾情1。World Weather Attribution最近的报告指出，快速城市化、森林砍伐和地方脆弱性加重了洪灾1。阿萨姆邦约40%的土地易受布拉马普特拉河及其支流泛滥威胁1。
专家强调现有预警机制存在缺陷。独立研究员米尔扎·祖尔菲卡尔·拉赫曼指出，预警信息往往无法从政府部门传达到社区1。为此，专家呼吁从传统防洪工程转向长期风险评估、改进预警系统，同时恢复森林、湿地和泛滥平原的蓄水能力1。
India's Assam state is experiencing its worst flooding in approximately 60 years, with the disaster claiming over 100 lives and displacing more than 700,000 people 1. The catastrophic flooding has destroyed over 1,000 animals and more than 200 homes, with some villages experiencing dramatic water level rises in remarkably short timeframes 1. In one incident reported from Nepali Khuti village, water rose from knee-deep to neck-deep in approximately 30 minutes, and farmer Prakash Sharma described the village being submerged under about 9 feet (2.7 meters) of water around 1:30 p.m. 1.
The vulnerability of the region stems from both natural and human factors. Approximately 40 percent of Assam's land area faces threat from flooding by the Brahmaputra River and its tributaries 1. According to experts, climate change is making rainfall increasingly irregular and intense, while human activities including sand mining, upstream deforestation, wetland destruction, and rapid urbanization have compounded the crisis 1. The World Weather Attribution has highlighted how accelerated urban development, forest clearing, and local vulnerability have exacerbated the flooding 1.
Experts are calling for a fundamental shift in disaster management strategy. Independent researcher Mirza Zulfiqar Rahman has pointed out that early warning information frequently fails to reach communities from government agencies 1. Rather than relying solely on flood control infrastructure, specialists advocate for comprehensive long-term risk assessment, improved early warning systems, and restoration of the landscape's natural water retention capacity through reforestation, wetland recovery, and floodplain restoration 1.
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