多平台监测袖珍海滩的海岸侵蚀

Donatus Bapentire Angnuureng, Emmanuel Kwadwo Brempong, None Rafael Almar
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引用次数: 0

摘要

与世界上许多其他地区一样,西非和中非的沿海衰退是自然因素、人为因素或两者兼而有之的结果(Anthony et al., 2016;Luijendijk等人,2018),当它发生时,它可能会继续,除非它得到坚定的解决。与西非几内亚湾的大多数国家一样,加纳海岸线的侵蚀也是当地特有的。目前的挑战是,在人力和后勤能力有限的情况下,如何记录和了解水土流失的规模。定期监测沿海地区是避免沿海城市内任何迫在眉睫的侵蚀灾害的先决条件(Angnuureng et al., 2022)。数据驱动的决策仍然更加不确定,因为大多数监测平台无法捕捉特定频率的事件。这项工作的主要目标是测试使用多种遥感平台来评估加纳埃尔米纳口袋海滩动态的可行性,作为地方治理的展示。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MULTI-PLATFORM MONITORING OF COASTAL EROSION AT A POCKET BEACH
As in many other regions of the world, coastal recession in West and Central Africa is the result of natural factors, anthropogenic factors, or both (Anthony et al., 2016; Luijendijk et al., 2018), and when it occurs, it may continue unless it is firmly addressed. Erosion along Ghana's coastline is endemic as in most of the Gulf of Guinea countries in West Africa. The current challenge is how to document and understand the dimensions of erosion despite limited human and logistical capacity. Regular monitoring of coastal areas is a prerequisite to evade any imminent erosive disaster within the coastal cities (Angnuureng et al., 2022). Data-driven decisions have remained more uncertain because most monitoring platforms are unable to capture events of a certain frequency. The main goal of this work is to test the feasibility of using multiple sources of remote sensing platforms to assess the dynamics of a pocket beach at Elmina in Ghana, as a showcase for local governance.
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