Multibeam bathymetric data for regional assessment of marine geology

R. Parrott, G. Fader, J. Shaw, J. Hughes-Clarke
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Abstract

Digital multibeam bathymetry has become the primary reconnaissance mapping tool used by the Geological Survey of Canada for marine geology surveys. Multibeam bathymetry and backscatter intensity data were collected as the first stage of several recent multiparameter geophysical surveys. The multibeam bathymetric data were used to create shaded relief images that depict seafloor morphology. Acoustic backscatter intensity measurements are used to determine the general distribution of coarse and fine sediments. The maps and images form the basis for the preliminary interpretation of geological processes and features, and are used to plan subsequent surveys using higher resolution sidescan sonar and seismic reflection systems to better define features identified on the multibeam data. Examples are presented from recent surveys in Atlantic Canada.
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区域海洋地质评价用多波束测深数据
数字多波束测深已成为加拿大地质调查局在海洋地质调查中使用的主要测绘工具。多波束测深和后向散射强度数据是最近几次多参数地球物理调查的第一阶段。多波束测深数据被用来创建描绘海底形态的阴影浮雕图像。声波后向散射强度测量用于确定粗、细沉积物的总体分布。这些地图和图像构成了初步解释地质过程和特征的基础,并用于计划后续使用高分辨率侧扫描声纳和地震反射系统的调查,以更好地定义在多波束数据上识别的特征。举例说明了最近在加拿大大西洋地区进行的调查。
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