利用机载水文激光雷达支持加州水域的测绘

J. Wilson
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引用次数: 2

摘要

一个由学术界、工业界和政府成员组成的专家小组正在进行一项计划,最终将绘制从MHHW到三海里边界的14,500平方公里加利福尼亚州水域的地图。通过与加州州立大学蒙特利湾分校(CSUMB)签订的合同,技术和科学团队由加利福尼亚州海岸保护协会领导,包括来自CSUMB海底测绘实验室、辉固Pelagos公司的主要研究人员;美国地质调查局的海岸和海洋地质项目;以及苔藓登陆海洋实验室的栖息地研究中心。数据采集项目包括一个海底测绘组件,该组件结合了最新的多波束回声探测和机载激光雷达测深技术,以及一个地面真实组件,包括视频样条和采样。本报告介绍了全面的高分辨率海底测绘计划,重点是将机载激光雷达组件与多波束数据集成在一起。机载测深激光雷达传感器能够提供海滩和断崖地形、数字航空图像、近岸测深和近岸海底激光反射图像。所有激光雷达数据将与更深的水声数据和地面真实数据集成,最终支持三层数据处理和分析。作为要求指定的第一级和第二级产品包括至少9个GIS数据层(ESRI兼容)和FGDC兼容的元数据文件。同时还创建了两个三级解释示例产品:1)更新的1:10万基本鱼类栖息地(EFH)解释地图,以及2)1:24 000地质四边形地图。加利福尼亚海岸的第一部分从金门以北的蓬塔竞技场向南延伸到蓬塔del Aflo Nuevo。在全州利益相关者参加的研讨会期间,该领域被确定为高度优先事项。这个开创性的项目是由加州海洋保护委员会通过加州海岸保护协会资助的。项目经理是蒙特利湾保护区基金会,与美国国家海洋和大气管理局的国家海洋保护区项目合作。本报告包括所使用的各种技术、迄今为止获得的结果示例、规划全州测绘计划的注释以及关于当前计划状态的报告。这项沿1800公里海岸线的主要综合测绘计划正在建立标准,可应用于新的区域沿海和近海测绘,以管理海洋资源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Using Airborne Hydrographic LiDAR To Support Mapping of California's Waters
A specialist team comprising academic, industry and government members is underway in a program that will ultimately lead to mapping of all 14,500 km2 of California's state waters from MHHW out to the three-nautical-mile boundary. The technical and scientific team is lead by California State Coastal Conservancy through a contract with California State University Monterey Bay (CSUMB), and includes principle investigators from the seafloor mapping Lab of CSUMB, Fugro Pelagos, Inc; the US geological survey's coastal and marine geology program; and moss landing marine Labs' center for habitat studies. The data acquisition program includes a seafloor mapping component that incorporates the latest multibeam echosounding and airborne LiDAR bathymetry technologies and a ground truth component that includes video transects and sampling. This presentation describes the comprehensive and high-resolution seafloor-mapping program, with a focus on integrating the airborne LIDAR component with the multibeam data. The airborne bathymetric LiDAR sensor is capable of providing beach and bluff topography, digital aerial imagery, nearshore bathymetry and nearshore seabed laser reflectance imagery. All LiDAR data will be integrated with deeper water acoustic data and ground truth data to ultimately support a three-tier level of data processing and analyses. The Tier 1 and Tier 2 products specified as requirements include a minimum of nine GIS data layers (ESRI compatible) with FGDC compliant metadata files. Two tier 3 interpretation example products are also being created: 1) an updated 1:100,000 essential fish habitat (EFH) interpretation map, and 2) a 1:24,000 geological quad map. The first portion of the California coast to be mapped extends from Punta Arena north of the golden gate, southward to Punta del Aflo Nuevo. This area was identified as a high priority during a workshop attended by statewide stakeholders. This ground-breaking program is funded by the California Ocean Protection Council through the California State Coastal Conservancy. The program manager was the Monterey Bay Sanctuary Foundation, working in collaboration with NOAA's National Marine Sanctuary Program. This presentation includes sections on the various technologies used, examples of results obtained to date, notes on planning the statewide mapping program, and a report on current program status. This major integrated mapping program along 1800 km of shoreline is establishing standards that can be applied to new regional coastal and offshore mapping for the management of marine resources.
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