UH Mānoa研究人员开发了三维印刷陶瓷掩体,使幼珊瑚存活率提高50倍。 UH Mānoa researchers developed 3D-printed ceramic shelters that boost baby coral survival up to 50 times.

毛利诺阿Hawaii大学的研究人员创建了低成本、3D印刷的陶瓷掩体,这些掩体螺旋间间歇,使婴儿珊瑚存活率提高了多达50倍,比平板表面增加了80倍。 Researchers at the University of Hawaiʻi at Mānoa have created low-cost, 3D-printed ceramic shelters with spiral recesses that boost baby coral survival by up to 50 times and increase settlement by 80 times compared to flat surfaces. 在Kāneohe Bay的试验中,耐久的、无维护性的结构模仿了天然珊瑚礁裂缝,在珊瑚脆弱的早期阶段提供安全的微生境。 Tested in Kāneʻohe Bay, the durable, maintenance-free structures mimic natural reef crevices, offering safe microhabitats during corals’ vulnerable early stage. 该创新旨在融入海堤和人造珊瑚礁,支持可伸缩的珊瑚礁复原,加强沿海保护,并援助哈瓦伊伊及其以外地区的渔业和文化遗产。 Designed for integration into seawalls and artificial reefs, the innovation supports scalable reef restoration, enhances coastal protection, and aids fisheries and cultural heritage in Hawaiʻi and beyond.