2018-09-282024-05-17https://scholars.lib.ntu.edu.tw/handle/123456789/677616摘要：根據聯合國的資料，在2030年，人類將會需要30%更多的水、45%更多的能源及50%更多的糧食。糧食-能源-水(Food-Energy-Water, FEW)的永續性是環境科學中的重要研究領域。在一個掩埋場中，藉由回收能資源及反饋到FEW系統，能夠以減少負面的環境衝擊。本研究主要的目的在於理解掩埋場中FEW的權衡。本研究量化及測繪福德坑環保復育公園中這三種基本供應服務的情況。該掩埋場自1984年興建使用以來經歷了土地利用變化。本研究界定了掩埋場中重要的FEW服務，包括可食用作物、生物能源、太陽能發電以及水資源風險的減少。此外，本研究也估算了不同情境下FEW的物理數量和經濟價值。本研究結果可以協助決策者理解FEW與掩埋場管理之間的關係，並實現永續治理。<br> Abstract: According to the United Nations, by 2030, humans will need 30% more water, 45% more energy, and 50% more food. The sustainability of food, energy, and water (FEW) has become a critical area of environmental science. There are substantial opportunities for alleviating negative impacts on the environment by recovering resources and feeding back into FEW systems within a landfill site. This research mainly aims to understand the changes and trade-offs of FEW in a landfill site. In this paper, we present a method to quantify and map the supply of these three essential provisioning services within Fudeken Environmental Restoration Park. This landfill site has experienced land use changes since construction in 1984. We identified important FEW services including eatable crops cultivation, bioenergy and solar energy generation, and water risk reduction in the research area. In addition, both physical and economic quantification of FEW are calculated. The results can help decision-makers in understanding relationships among these services and landfill site management for sustainable governance.永續發展掩埋場復育權衡水能源糧食。sustainabilitylandfillrestorationtrade-offswaterenergyfood.