题名

地震災害之紀念重建與文物徵集-以921地震教育園區為例

并列篇名

Acquisition of Historic Relics for Commemorating Post-Earthquake Reconstruction - A Case Study of 921 Earthquake Museum of Taiwan

作者

吳德棋(Wu, Der-Chyi)

关键词

921地震 ; 地震博物館 ; 防災教育 ; 文物徵集 ; Chi-Chi earthquake ; earthquake museum ; disaster prevention education ; artifact acquisition

期刊名称

檔案季刊

卷期/出版年月

8卷3期(2009 / 09 / 01)

页次

32 - 43

内容语文

繁體中文

中文摘要

臺灣地區位處歐亞大陸板塊及菲律賓海板塊之縫合帶上,自1897年日治時期於臺北測候所裝設地震儀以來,迄於2009年發生10次重大地震,921集集大地震更是臺灣百年以來損失最大的地震,地震後為了紀念、反省及防災教育,而興建921地震教育園區,以保存地震原址、記錄地震史實,並提供社會大眾及學校有關地震教育之活教材,以建立正確的防災觀念。從而建立車籠埔斷層保存館、地震工程館、影像館、防災教育館及重建館,並同時逐步進行文物物件徵集充實館藏,以活潑化方式推廣科學及防災教育,配合期程進行特展展品更新,以期防災救災觀念落實於生活中,增進社會對於地震之反應能力。

英文摘要

Taiwan is located at the suture zone of the Eurasian plate and the Philippine Sea plate. The Taipei weather observation station has detected 10 times of significant earthquake until 2009, since it installed the first seismograph at the beginning of the Japanese colonial period in 1897. The Chi-Chi earthquake occurred in 1999 was the most severe earthquake over a hundred year. The 921 Earthquake Museum was established for commemoration of the earthquake; reflection; and prevention education to preserve the site of the earthquake, which keeps seismic records and historical facts. It also provides the function of community-level education for educating people about earthquake with live materials to establish the concept of disaster preventive via the museum. Chelungpu fault Museum, the Earthquake Engineering Center, Imaging Center, disaster prevention and reconstruction of Museum Education Center were constructed to acquisition of historic relics of the earthquake gradually for enriching collections and propagating the awareness of earthquakes and disaster prevention education. We expected to update special exhibits with schedules for implement the concept of disaster prevention and disaster relief into every body's daily life, and enhance the capability of proceeding instaneous reactions to earthquakes.

主题分类 人文學 > 圖書資訊學
参考文献
  1. K. J. Chen,Ming-Hong Bai(1998).Unknown Word Detection for Chinese by a Corpus-based Learning Method.International Journal of Computational linguistics and Chinese Language Processing,3(1),27-44.
    連結:
  2. U.S. Geological Survey
  3. E. Kasperson,D. K. Pijawka(1985).Societal Response to Hazards and Major Hazard Events: Comparing Natural and Technological hazards.Public Administration Review,45,7-17.
  4. I-Jen Chiang(2007).Discover the Semantic Topology in High-Dimensional Data.Expert Systems with Applications,33(1),256-262.
  5. Computerworld
  6. J. Lamping,P. Pao,P. Pirolli(1995).A focus+context technique based on hyperbolic geometry for visualizing large hierarchies.Proceedings of the SIGCHI conference on Human factors in computer systems,401-408.
  7. K. J. Chen,S. H. Liu(1992).Word Identification for Mandarin Chinese Sentences.Proceedings of COLING,101-107.
  8. K. J. Chen,Wei-Yun Ma(2002).Unknown Word Extraction for Chinese Documents.Proceedings of COLING,169-175.
  9. K. R. Nilsson,J. Liebowitz (edit)(2001).Knowledge Management: Learning from Knowledge & Engineering.CRC Press.
  10. L. Nonaka,H. Takeuchi(1995).The knowledge-creating company: How Japanese Companies Create the Dynamics of Innovation.Oxford University Press.
  11. T. Y. Lin,L-J. Chiang(2005).A Simplicial Complex, a Hypergraph, Structure in the latent Semantic Space of Document Clustering.International Journal of Approximate Reasoning,40(1-2),55-80.
  12. W. L Buntine(1996).A Guide to the Literature on Learning Probabilistic Networks from Data.IEEE Transaction on Knowledge and Data Engineering,8(2),195-210.
  13. W. -Y. Ma,K. J. Chen(2003).A bottom-up Merging Algorithm for Chinese Unknown Word Extraction.Proceedings of ACL workshop on Chinese Language Rrocessing,31-38.
  14. 蔣以仁(2005)。檔案知識資產之顯性化發掘與分析。檔案季刊,4(4),47-67。
  15. 蘋菓日報(2009/08/10)
被引用次数
  1. 賴政豪,張祐誠,尤淑慧(2020)。災難主題紀念館遊客之遊憩體驗、地方感與重遊意願-以921地震教育園區為例。博物館學季刊,34(1),65-86。
  2. 劉淑惠、陳碧祺、陳雅妏(2011)。台灣坡地防災教育融入國小課程之研究。課程與教學,14(4),117-144。