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Optimizing remotely sensed solutions for monitoring, modeling, and managing coastal environments

机译:优化用于监视,建模和管理沿海环境的遥感解决方案

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摘要

When faced with developing, testing, and delivering a remote sensing system or product that is "optimal" for a specific coastal environment and monitoring or modeling problem, an objective and replicable framework to guide these operations is essential. A framework has been developed for coastal environments, combining concepts from remote sensing and landscape ecology to provide remotely sensed data users with an objective basis for selecting "optimal" data sets and processing techniques. The framework was applied to case studies in: coastal wetlands of southern California; coastal wet-dry tropical wetlands in Northern Territory, Australia; and a rapidly urbanizing coastal catchment in southeast Queensland, Australia. Results established for each case study demonstrated that the framework functioned effectively in different coastal environments and provided more accurate results than ad hoc solutions. (C) Elsevier Science Inc., 2000. [References: 27]
机译:当面对开发,测试和交付对于特定沿海环境和监视或建模问题“最佳”的遥感系统或产品时,指导这些操作的客观且可复制的框架至关重要。已经开发了一种用于沿海环境的框架,该框架结合了遥感和景观生态学的概念,为遥感数据用户提供了选择“最佳”数据集和处理技术的客观依据。该框架已应用于以下地区的案例研究:南加州沿海湿地;澳大利亚北领地的沿海干湿热带湿地;以及澳大利亚昆士兰州东南部的快速城市化沿海集水区。为每个案例研究确定的结果表明,该框架在不同的沿海环境中均有效运行,并且比临时解决方案提供了更准确的结果。 (C)Elsevier Science Inc.,2000年。[参考:27]

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