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遙測技術在台灣工程地質上之應用與展望

Remote Sensing in Engineering Geology in Taiwan

摘要


遙測具有視域廣闊、資訊豐富及定期、定點觀測等多項優點,頗適合應用於地學的調查研究。我國於民國65年即成立遙測技術發展策劃小組,負責遙測科技發展的政策擬訂及審議;民國73年設立太空及遙測研究中心;民國82年建立資源衛星地面接收站;民國88年元月更發射中華衛星一號,使我國躍升為遙測資訊的發送國。遙測科技在國內早已應用於工址及鐵、公路路廊的地質災害如山崩、土石流、活動斷層、水土流失、海岸變遷等調查研究,並已取得許多成就。未來更宜擴大其應用面於大面積的編圖(國土調查)、動態的監測及地質災害的預測,同時應與地理資訊系統相結合,以倍增雙方的長處與功能。

並列摘要


Not very long after the launch of Landsat-1 in 1972, Taiwan established a task force to promote the research and development of remote sensing technology in 1976. Eight years later, a satellite imagery receiving station was set up in the National Central University. Then in 1999, Taiwan launched the ROC-1 satellite. Therefore, the procurement of satellite imagery in Taiwan is very convenient.Remote sensing techniques have provide an invaluable source data for the reconnaissance and feasibility stages of engineering geology projects. Remote sensing imagery (including satellite images and aerial photographs) has been successfully applied in the mapping of geologic hazards, study of active faults, monitoring of shoreline change and assessment of soil erosion in Taiwan.

並列關鍵字

Remote Sensing Engineering Geology Outlook

被引用紀錄


吳秋雅(2007)。九份二山山崩前後構造地形特徵及坡體破壞機制探討〔碩士論文,國立臺灣大學〕。華藝線上圖書館。https://doi.org/10.6342/NTU.2007.03145

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