| Summary: | 碩士 === 高苑科技大學 === 土木工程研究所 === 102 === In recent years due to global warming climate change, earth's extreme weather, many outside the historical range of meteorological data, as a result of climate change strong typhoon、storm、debris often result in many compound disaster, serious harm to people's lives and property safety, but the serious consequences of a disaster, also allow public to understand the importance of disaster prevention and disaster reduction, to maintain public safety by engineering means of disaster prevention and disaster reduction, is inevitable practice, engineering means to protect the safety of people's lives over successfully achieve the effect of the disaster prevention and disaster reduction, but let gradually gaining ground in recent years, environmental awareness, another problem found to engineering means derived, ecological habitat destruction caused by engineering means, So how to achieve disaster reduction, disaster prevention and ecological engineering methods is an important issue for.
The study area is located in the Neimen District mountain Ming mountain rivers, due to the geological special case of mudstone in the area of the large amount of sediment transport, after the rain caused serious siltation downstream water level rise, if heavy rain will certainly result in disaster affecting the safety of the people, face in this area is not just dangerous typhoon torrential rain and streams overflow its embankments, the location is remote geographical areas, and the annual rainfall is uneven distribution of the impact of the problem of water shortage in the area .
The sustainability of public works projects in response to carbon reduction policy, so how to achieve by means of engineering flood protection、chensha、ecological engineering both water reactive and carbon reduction is the subject of this article discuss the necessary
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