2018-08-012024-05-18https://scholars.lib.ntu.edu.tw/handle/123456789/713881摘要：本研究計畫係屬於自然科學與永續研究發展司-永續發展整合研究：議題C.永續水資源管理(核心議題)之研究主題3.發展前瞻跨領域氣候韌性水資源管理決策支援系統與氣候智慧水服務平台的單一整合型研究計畫。 本研究計畫為德國主導計畫的其中之一工作群項目，該計畫係藉由重新思考、重新設計及重新管理立面之綠化，做為水-糧食-能源鏈結，蘊育城市轉變到可永續、具彈性的空間。立面綠化被解讀和設計成一個生物-技術的系統。在一個建築-技術的內涵中，具有永續的能力來實行多重生態系統的服務，例如被動式冷卻、洪水緩和、生物能源，糧食生產、生物多樣性、噪音降低，且能一直設置成建物環境的一部分，尤其是在密集的市區。 為了要揭露立面綠化的所有潛力，三個聚焦的治理與管理面向會在中緯度夥伴城市(柏林、維也納及盧布爾雅那)且配合業界來著手處理：1)配合習性、水、熱及能源的管理，立面綠化結合在建物及區域規模；2)維護及收穫機具技術上的革新；3)對於一個安全、結合城市的耕種與運作，其設計策略與治理的適應。其中，德方賦予本研究計畫之合作項目則為第2)項。 採用跨學科、業者導向的方式，本計畫擬重新思考傳統的城市綠化，且從城市規劃設計、生態水文學、機械工程、水利工程及經濟學，進行結合創新與基礎研究。考慮到未來城市以自然為基礎的共同受益與折衷協調，使用跨國聯盟方式始能做佳抉擇。<br> Abstract: This project fosters transformations of cities to sustainable, resilient spaces by re-thinking, re-designing and remanaging vertical greening as progressives food-water-energy nexuses. Vertical greening is interpreted and designed as a biological-technical system in an architecturaltechnical context with a substantial capacity to implement multiple ecosystem services like passive cooling, flood alleviation, bioenergy and possibly food production, biodiversity, noise reduction and it could be consistently installed as a part of the built environment especially in dense city districts. In order to unfold the full potential of VG, three focal governance and management aspects will be approached for the mid-latitude partner cities (Berlin, Vienna and Ljubljana) in alliance with stakeholders: 1) integration of vertical green at building and district scales with habitat, water, heat and energy management, 2) technological innovation for maintenance and automated harvesting machinery and 3) adaptation of design strategies and governance for a secure, city-integrated cultivation and operation. Using a trans-disciplinary, stakeholder-oriented co-creation approach, we intend to re-think traditional urban greening and will combine innovations and fundamental research from urban planning and design, ecohydrology, mechanical engineering, water engineering and economy to enable decision-making using a nexus approach considering both cobenefits and trade-offs of nature-based solutions for the cities of the future.城市水糧食生物能源之平衡立面綠化之自動收穫及維護共同創造及參與的操作模式urban bioenergyfoodwater balanceautomated harvest and maintenance for vertical greenco-creation and participative operation models