2024-07-18
【學術亮點】整合UAV數值地表模型與HEC-HMS水文模型系統於iRIC水文模擬-以烏溪為例
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【學術亮點】整合UAV數值地表模型與HEC-HMS水文模型系統於iRIC水文模擬-以烏溪為例
Intelligent Cultivation: Crop digital twin for growth adversity index and disaster damage assessment【Department of Civil Engineering / Hui-Ping Tsai / Associate Professor】
智慧栽培：數位分身作物生長逆境指標與災損監測【土木工程學系蔡慧萍副教授】
上架日期：2024/04/30
Intelligent Cultivation: Crop digital twin for growth adversity index and disaster damage assessment【Department of Civil Engineering / Hui-Ping Tsai / Associate Professor】
智慧栽培：數位分身作物生長逆境指標與災損監測【土木工程學系蔡慧萍副教授】
| 論文篇名 | 英文：Integration of UAV Digital Surface Model and HEC-HMS Hydrological Model System in iRIC Hydrological Simulation—A Case Study of Wu River 中文：整合UAV數值地表模型與HEC-HMS水文模型系統於iRIC水文模擬-以烏溪為例 |
| 期刊名稱 | Drones |
| 發表年份, 卷數, 起迄頁數 | 2024, 8(5), 178 |
| 作者 | Yen-Po Huang, Hui-Ping Tsai(蔡慧萍)*, Li-Chi Chiang |
| DOI | 10.3390/drones8050178 |
| 中文摘要 | 本研究探討無人機產製的數值地表模型(UAV-DSM)對於水文模擬評估淹水深度的助益。研究區域為台灣中部歷史上容易發生洪水的烏溪中下游地區，以HEC-HMS進行水文流量計算，再與不同解析度的UAV產製之數值地表模型(DSM)整合，以iRIC水文模擬進行淹水深度評估。整體而言，建立的水文模擬成效佳，評估指標Nash–Sutcliffe efficiency效率係數超過0.88，洪峰流量差低於5%，表示適用性高。在iRIC水文模擬中，使用2m解析度UAV-DSM獲得淹水模擬最佳結果，後續本研究也能應用於不同重現期距的降雨淹水模擬。此研究強調將UAV-DSM整合於iRIC水文模擬的功效，為防洪管理提供精確的淹水深度評估。 |
| 英文摘要 | This research investigates flood susceptibility in the mid- and downstream areas of Taiwan’s Wu River, historically prone to flooding in central Taiwan. The study integrates the Hydrologic Engineering Center—Hydrologic Modeling System (HEC-HMS) for flow simulations with unmanned aerial vehicle (UAV)-derived digital surface models (DSMs) at varying resolutions. Flood simulations, executed through the International River Interface Cooperative (iRIC), assess flood depths using diverse DSM resolutions. Notably, HEC-HMS simulations exhibit commendable Nash–Sutcliffe efficiency (NSE) exceeding 0.88 and a peak flow percentage error (PEPF) below 5%, indicating excellent suitability. In iRIC flood simulations, optimal results emerge with a 2 m resolution UAV-DSM. Furthermore, the study incorporates rainfall data at different recurrence intervals in iRIC flood simulations, presenting an alternative flood modeling approach. This research underscores the efficacy of integrating UAV-DSM into iRIC flood simulations, enabling precise flood depth assessment and risk analysis for flood control management. |
| 發表成果與本中心研究主題相關性 | 透過UAV產製的數值地表模型配合水文模擬，可應用於農地淹水評估之分析。 |
