Recently, Chinese archaeologists have made a major breakthrough in the study of the Epang Palace site: through multidisciplinary surveys and remote sensing analysis, they have confirmed that the core palace complex of Epang Palace was built directly atop ancient water systems. This discovery overturns the long-held assumption that the palace was constructed solely on elevated ground. Research indicates that Qin dynasty engineers skillfully utilized natural waterways, situating the palace foundations on artificially modified river channels or lakes—serving both defensive and drainage purposes while embodying the philosophical concept of ‘harmony between heaven and humanity.’ Archaeologists uncovered extensive wooden foundation structures, rammed-earth platforms, and ceramic drainage pipes associated with aquatic environments, further supporting the close relationship between the palace and water. Experts suggest this ‘water-based’ construction method not only demonstrates advanced Qin engineering capabilities but also offers new insights into why the palace was never completed—complex hydrogeological conditions may have significantly hindered construction. This finding deepens our understanding of Qin urban planning, architectural ingenuity, and human-environment interactions, holding significant academic value.
近日，中国考古学家在阿房宫遗址研究中取得重大突破：通过多学科综合勘探与遥感技术分析，确认阿房宫核心宫殿建筑群选址于古代水系之上。这一发现颠覆了以往认为阿房宫仅建于高地的传统认知。研究表明，秦代工匠巧妙利用自然水道，将宫殿基址构筑于人工改造的河道或湖泊之上，既满足防御与排水需求，又体现‘天人合一’的营造理念。考古团队在遗址区发现了大量木构地基、夯土台基及与水环境相关的陶制排水管道，进一步佐证了宫殿与水体的密切关系。专家指出，这种‘以水为基’的建造方式不仅展现了秦代高超的工程技术，也为理解阿房宫未能完工的历史原因提供了新线索——复杂的水文地质条件可能增加了施工难度。此次发现深化了对秦代都城规划、建筑智慧及生态环境互动的认识，具有重要学术价值。
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