TrilaWatt Use-Case: Tide runtime shift for optimization of flight
收藏data.europa2024-10-14 更新2025-04-19 收录
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The measurement of topography by means of laser scanning flight (ALS) is an established and efficient method for the large-area acquisition of altitude data with high accuracy. In the German Wadden Sea, ALS is often used to measure the topographical heights in the Wadden Sea, e.g. in annual measurement campaigns in the area of the outer Elbe. However, measuring below the water surface is challenging for laser scanning instruments due to turbidity in the water. Therefore, airborne altitude measurements yield the best results, especially in temporarily dry areas such as mudflats or salt marshes. In order to maximize the spatial coverage of an aerial flight, the spatially variable entry times of the tide low water were derived from numerical model data in this use case in order to optimize the planning of an aerial route to minimum water levels.
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A download is located below (in German: "References and Downloads").
Literature:
Lepper, Robert (2024): Tide runtime shift to optimize flight. https://doi.org/10.18451/trilaw_2024_01.
提供机构：
Bundesanstalt für Wasserbau
创建时间：
2025-04-02
