查詢結果分析
相關文獻
- 整合崩塌-土石流災害潛勢評估模式之建立--以新北市汐止區為例
- 從系統與生態觀點看家庭倫理的變遷與調適
- 肝癌病患對疾病及肝動脈栓塞療法的調適策略之探討
- 安寧緩和護理人員的壓力源、壓力反應與調適策略之探討
- 癲癇病患心理社會反應及調適策略之探討
- 初任癌症照護護理人員之主觀經驗與調適
- 乳房腫瘤婦女術前不確定感、調適策略及其相關性之探討
- The Influence of Nurses' Attitudes Towards Humor Upon the Frequency of Humor Behavior as A Coping Strategy Among Nurses in Psychiatric mental Health Unit
- 未來氣候變遷趨勢對臺灣流域防洪系統整體性潛在衝擊影響及其調適策略之研究
- 豪大雨之頻率分析方法
頁籤選單縮合
題名 | 整合崩塌-土石流災害潛勢評估模式之建立--以新北市汐止區為例=Establishing the Integrated Model of Landslide and Debris Flow in Xizhi District, New Taipei City |
---|---|
作者 | 沈哲緯; 何明錦; 辜炳寰; 冀樹勇; 陳致向; 何明錦Ho, ; Shen, Che-wei; Ho, Ming-chin; Ku, Bing-huan; Chi, Shue-yeong; Chen, Chih-hsiang; Ming-chin; |
期刊 | 建築學報 |
出版日期 | 20150300 |
卷期 | 91 2015.03[民104.03] |
頁次 | 頁141-166 |
分類號 | 441 |
語文 | chi |
關鍵詞 | 整合崩塌-土石流災害潛勢評估模式; 極端降雨; 災害衝擊; 調適策略; Integrated model of landslide and debris flow; ILDF; Extreme rainfall; Hazard impact; Adaptation strategy; |
中文摘要 | 本研究旨於研提整合崩塌-土石流災害潛勢評估模式,據此探討極端降雨對山坡地社區之衝擊。研究區域以新北市汐止區為例,以二元迴歸模式(logistic regression)建立廣域崩塌潛勢評估模式,輔以土壤厚度經驗式推估崩塌體積,將崩塌體積視為土石流發生重要因子,結合Hunt's模式模擬土石流動境況,建立「整合崩塌-土石流災害潛勢評估模式」,考量汐止區極端水文事件納莉颱風及現行水利署公開之氣候變遷A1B情境雨量,分別探討各種極端降雨情境對山坡地衝擊程度,提供主管機關進行詳細調查、監測管理及災害調適策略研擬參考,期防患於未然,減少災害發生之損失。 |
英文摘要 | Integrated Model of Landslide and Debris Flow (ILDF) was proposed to explore the impact of hillside residential communities under extreme rainfall scenarios in this study. Taking the Xizhi District of New Taipei City as an example, the study would establish (1) an assessment model for landslide susceptibility by logistic regression; (2) an estimation of landslide volume with soil depth empirical formula; (3) integration of landslide volume and debris flow to develop the ILDF. The impact of hillside under different extreme rainfall scenarios, such as Typhoon Nari and the rainfall prediction model of climate change (A1B scenario of Water Resources Agency) were discussed. The results of this study could serve as a reference to central and local governments for field investigation, monitoring and adaptation planning. |
本系統之摘要資訊系依該期刊論文摘要之資訊為主。