Reviewing of Effectiveness of Energy Saving and Carbon Reduction Application on Agricultural Land Consolidation

• Main Authors: Chang-Ling Chang, 張昌鈴
• Other Authors: Rong-Song Chen
• Format: Others
• Language: zh-TW
• Published: 2013
• Online Access: http://ndltd.ncl.edu.tw/handle/32qr36

碩士 === 國立中興大學 === 土木工程學系所 === 101 === Since the beginning of the industrial revolution, since human economic activity has been the development class material increased significantly but considerable emissions of carbon dioxide by the process of industrialization, accelerating global warming and climate change, caused by sea-level rise, biodiversity collapse and have a huge threat to global survival environments, sustainable development has become a global issues of common concern. Taiwan in irrigation and water conservancy development aspects, Government for up "health, efficiency, sustainable management" of universal agricultural policy and the implementation "production, life, ecology" of agricultural policy, and balance upgrade agricultural production, and conservation ecological environment, and maintenance biological diversity and create rural landscape target, has set will related sustainable development public engineering and the energy saving and reducing carbon policy, to achieve the vision of the Sustainable management. In view of this study the selected of Yunline County liucuo agricultural land consolidation for energy saving and carbon reduction measures and green checked on the carbon benefit, and to explore the Agricultural Land Consolidation zones are energy saving and carbon reduction measures in line with the Government policy requirements. Seized on the findings of the study revealed that energy saving and carbon reduction measures in this study is in line with government policy, however planning design details there is still room for improvement. Therefore, findings of the study put forward the suggestions of improvements, Such as Agricultural Land Consolidation engineering performance in accordance with demand, priority adopts a certain proportion of the energy-saving benefits of furnace slag and fly ash cement replacement materials to reduce the cement production process carbon emissions and energy consumption, as the improvement of the energy saving reducing carbon continue in the future to promote the agricultural rezoning directions and reference.