首页> 外文会议>International Symposium on Coastal Engineering and Science of Coastal Sediment Processes >USGS ADVANCES IN INTEGRATED, HIGH-RESOLUTION SEA-FLOOR MAPPING: INNER CONTINENTAL SHELF TO ESTUARIES
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USGS ADVANCES IN INTEGRATED, HIGH-RESOLUTION SEA-FLOOR MAPPING: INNER CONTINENTAL SHELF TO ESTUARIES

机译:USGS在综合,高分辨率海底映射方面取得了进展:河口内部大陆架

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The U.S. Geological Survey (USGS) has been involved in geological mapping of the sea floor for the past thirty years. Early geophysical and acoustic mapping efforts using GLORIA (Geologic LOng Range Inclined ASDIC) a long-range sidescan-sonar system, provided broad-scale imagery of deep waters within the U.S. Exclusive Economic Zone (EEZ). In the early 1990's, research emphasis shifted from deep- to shallow-water environments to address pertinent coastal research and resource management issues. Use of shallow-water, high-resolution geophysical systems has enhanced our understanding of the processes shaping shallow marine environments. However, research within these shallow-water environments continues to present technological challenges.
机译:美国地质调查(USGS)一直参与了海底过去三十年的地质映射。使用Gloria(地质长距离倾斜亚太科)的早期地球物理和声学绘图努力是一家远程侧梁声车系统,在美国专属经济区(EEZ)内提供了深水区的广泛成像。在1990年代早期,研究重点从深浅水环境转向,以解决相关的沿海研究和资源管理问题。使用浅水,高分辨率的地球物理系统,增强了我们对塑造浅海洋环境的过程的理解。然而,这些浅水环境中的研究继续呈现技术挑战。

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