How green roof works的問題,透過圖書和論文來找解法和答案更準確安心。 我們找到下列問答集和資訊懶人包

How green roof works的問題,我們搜遍了碩博士論文和台灣出版的書籍,推薦寫的 Urban Services to Ecosystems: Green Infrastructure Benefits from the Landscape to the Urban Scale 可以從中找到所需的評價。

另外網站Why Create A Green Roof? Insulation | Wildlife | TurfOnline也說明:CO2 is absorbed by the plants and dust and pollutants are filtered out. This works best when the roof is well maintained. Carbon sequestration. A sedum roof ...

國立臺灣海洋大學 河海工程學系 張景鐘所指導 簡明儒的 貨櫃屋建築技術規範之研究 (2021),提出How green roof works關鍵因素是什麼,來自於貨櫃屋、建築技術規範、結構計算、層間變位、模組化、防腐蝕。

而第二篇論文崑山科技大學 房地產開發與管理研究所 黃幹忠所指導 林翊忻的 畜牧業設置太陽能光電發電設備之投資效益分析-以高雄阿蓮畜牧場為例 (2020),提出因為有 畜牧業、太陽能光電發電設備、投資效益分析、飼料換肉率的重點而找出了 How green roof works的解答。

最後網站Green roofs as a modern concept of green building and its ...則補充:When dry, the green roof layers act as insulators reducing the flow of heat through the roof, and thus reduce the energy needed for cooling the ...

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Urban Services to Ecosystems: Green Infrastructure Benefits from the Landscape to the Urban Scale

為了解決How green roof works的問題,作者 這樣論述:

Chiara Catalano, PhD in Technologies for Sustainability and Land Restoration at the University of Palermo (2017) and MSc in Architecture (2008) at the University of Catania. Her eager to travel and to learn different viewpoints took her to live also in London, Zurich, Hannover and České Budějovice w

here she could alternate professional work, further education, and research activities. From 2017, she got a permanent position as a Researcher at Zurich University of Applied Sciences within the Urban Ecology research group, and currently within the Green Spaces Development. She is engaged in teach

ing in several BSc modules related to Urban Ecology and Ecosystems Design (in German and English), in supervising both BSc and MSc thesis on these topics, but also in the research and innovation area. Currently, she is leading an international project (DeMo: Design and Modelling of Urban Ecosystems,

Switzerland-France), aiming at developing a semi-automatic spatial-based approach to integrate habitats in constructed ecosystems and buildings. Her primary passion as well as the topic of her PhD thesis were near-natural and biodiverse green roof design, construction and monitoring, interests well

documented in international peer-review articles and conferences. She landed on the ground of urban green infrastructure inspired by the capability of plants to build dynamic communities able to characterize and reveal specific environmental conditions: plants cannot move, but they give lessons of

perfection and slow adaptation, plants cannot speak, but we can observe and study them to plan greener, sustainable and liveable cities.Maria Beatrice Andreucci, Ph.D. in Environmental Design (Sapienza University of Rome), M.B.A. (INSEAD). She is a registered architect and an economist and focuses h

er professional activity, research and teaching on the application of environmental technological design and environmental economics theories, principles and methods on urban design, architecture, and landscape architecture projects. Management Committee member of the COST Action "PESFOR-W Payments

for Ecosystem Services Forests for Water". Core group member of the COST Action "Circular City Implementing Nature-based Solutions for creating a resourceful Circular City". Co-chair of the European research project "EKLIPSE - Urban Biodiversity & Mental Health and Well-being", in cooperation with t

he French Ministry of the Environment and the World Health Organization. Chair of IFLA "International Federation of Landscape Architects Advisory Circle". Member of SITdA "Italian Society of Technology of Architecture", and EDRA "Environmental Design Research Association". In the last decade, she ha

s authored two books, co-edited three books and published more than sixty papers in peer-reviewed journals and conferences. Her design projects have been published in international journals, and have won recognitions and prizes at international levels. Currently, she works as Research Professor of "

Environmental Technological Design", member of the Academic Board of the Ph.D. Program in "Planning, Design, Technology of Architecture"; and expert member of the Scientific Didactic Committee of the II level Master in "Environmental Technological Design", at "Sapienza" University of Rome.Riccardo G

uarino is the victim of an insane passion for plants, which led him to devote his restless youth to the floristic exploration of the southern Alpine and Prealpine Region. From the highest peaks, he slipped downstream and, after years as a castaway in the stormy Sea of Precariousness, he landed at th

e University of Palermo (Sicily), as a lecturer in Applied and Environmental Botany. His research interests include vegetation ecology, vegetation classification, biogeography, floristics, multifunctional agriculture and conservation biology. About these topics, he authored or co-authored more than

150 peer-reviewed contributions, 8 monographs, 11 book chapters. His interest in green infrastructures is driven by the desire to offer plants as much space as possible. Plants have an essential smartness, a simplicity lived with serene grace. Silently passing their time on the earth, they glamorize

without clamour, they give without demanding. He who loves plants can see how gross it is to hoard without limits; how illusory it is to claim pre-emption over what, in reality, belongs to everyone; how vain it is to spend time just to satisfy needless needs, believing that this is the right way to

escape from a status that looks like "poverty" to our blinded eyes. He who really loves plants realizes that we are getting poorer and poorer while we continue this vast and violent exploitation of our planet.Francesca Bretzel was born in Milan and now lives in Pisa, where she carried out her super

ior studies obtaining a degree in Agricultural Sciences with a dissertation on Floriculture. Francesca has achieved a MSc in Landscape and Historic Gardens at Versailles, France. Afterwards, she started her working career at the Institute of soil Chemistry of the National Research Council in Pisa, n

ow Institute of Research on Terrestrial Ecosystems. Her research interest begun with the dynamics of the soil of urban, degraded and anthropized areas, then widen to the spontaneous and planted vegetation of those areas. Recent projects are focused on the circular economy and the recycle of paper sl

udges to produce a suitable substrate for plantings and green roofs.Manfredi Leone, PhD in Sustainable Urban Development at the University of Roma Tre (2001) and MSc in Architecture at the University of Palermo (1996). Registered Architect, founding member of the Italian academic society of Landscap

e Architecture (I-Asla), and currently a member of the Association of Italian Landscapers (AIAPP). He got a permanent position as Professor of Landscape Architecture at the Department of Architecture of the University of Palermo since 2004. He teaches Landscape Architecture and is also a teacher of

Historical Gardens and Architectural Design in MSc and BSc courses at the University of Palermo. He has been teaching as visiting professor at QUT University in Australia, offering lectures nationwide and internationally in Universities in China, Iran, Argentina, Cuba, Spain, Czech Republic and Fran

ce. Currently, he is involved in two international projects funded by the Erasmus program within the European Network of Universities and Education Institutions: SumCuLa focused on Cultural Landscapes Sustainable Management, and NAWA, about Design thinking as a tool for business and design developme

nt. He runs research on public spaces of contemporary cities, low-cost landscapes, the recovery of cultural landscapes, the role of urban communities in bottom-up strategies, the landscape in infrastructures and sustainable mobility. He is the author of books and articles published in peer-reviewed

journals and conferences, leading and teaching in several workshops worldwide about Landscape and Resiliency. He is the author of low-cost urban landscape projects including Parco Uditore, Giardino Pop-Up / Salita Raffadali, Maredolce Master Plan, all based in Palermo.Salvatore Pasta, PhD in Plant B

iosystematics and Ecology (University of Florence, 1994-1997). Since 2018 he works as a researcher at the Unit of Palermo (Sicily, Italy) of the Institute of Biosciences and BioResources (IBBR) - National Research Council (CNR). His main fields of interest are floristics, plant conservation, forest

ecology, biological invasions, vegetation dynamics, sustainable agroforestry, island biogeography, landscape history and ethnobotany. Quite recently, he started to pay increasing attention to urban ecology and to the floristic composition, structure and role of urban plant communities. He is the aut

hor or co-author of more than 180 peer-reviewed contributions, 5 monographs and more than 50 book chapters concerning the above-mentioned topics. He is vice-chair of the Mediterranean Plants Specialist Group (MPSG) of the International Union for the Conservation of Nature (IUCN) and has been collabo

rating with several universities in Italy (e.g., Palermo, Catania and Florence) and Switzerland (e.g., Bern, Fribourg and ZHAW in Wädenswil). As a freelance botanist, he has carried out many vegetation and floristic surveys, censuses and assessments and participated in the writing of the management

plans of many protected areas and special conservation areas of European community interest and took part in numerous projects focused on plant species conservation in several Mediterranean countries (mostly Sicily, but also Sardinia, Crete and Tunisia) as well as in NW-Germany.

貨櫃屋建築技術規範之研究

為了解決How green roof works的問題,作者簡明儒 這樣論述:

目錄摘要 ⅠAbstract Ⅱ目錄 Ⅳ圖目錄 Ⅶ表目錄 Ⅸ第一章 緒論 11.1. 研究動機 11.2. 研究目的 11.3. 研究方法 21.4. 論文章節與內容 3第二章 文獻回顧 52.1. 貨櫃建築概述 52.2. 歷年來國內外有關貨櫃建築的研究與探討 132.2.1. 貨櫃概要 142.2.2. 貨櫃建築在環境永續性及可行性的相關研究 152.2.3. 貨櫃建築在結構性能的相關研究 182.2.4. 貨櫃建築在隔熱保溫性能的相關研究 232.2.5. 貨櫃建築在通風、採

光、隔音吸音與防火性能的相關研究 262.3. 國際間有關貨櫃建築技術規範的發展 302.4. 小結 33第三章 中美兩國貨櫃建築技術規範介紹 343.1. 中國貨櫃建築技術規範介紹 353.1.1. 中國貨櫃建築技術規範之總則、術語、符號 353.1.2. 外圍護結構構造、內部構造和內裝修規定 383.1.3. 建築設計、模塊化設計規定 513.1.4. 結構設計基本規定、結構計算、結構節點設計 533.1.5. 地基基礎 623.1.6. 建築防火、防腐蝕、集裝箱式房屋的製作施工及驗收規定 643.2. 美國貨櫃建築技術規範

介紹 703.3. 小結 71第四章 適用於臺灣的貨櫃建築技術規範建議與相關問題探討 734.1. 適用於臺灣的貨櫃建築技術規範建議 734.1.1. 貨櫃建築技術規範總則、專有名詞定義、符號說明建議 734.1.2. 外殼構造、內部構造與內裝修規範建議 754.1.3. 建築設計、模組化設計規範建議 844.1.4. 結構設計基本規定、結構計算、結構節點設計規範建議 854.1.5. 貨櫃建築基礎規範建議 964.1.6. 建築防火、防腐蝕規範建議 974.1.7. 貨櫃建築製作與施工驗收規範建議 1004.2. 貨櫃建築相關

問題的探討 1044.2.1. 貨櫃在投入運輸貨物以外的最早期運用歷史 1044.2.2. 貨櫃建築的優點與缺點 1064.2.3. 貨櫃能堆疊多高 1084.3. 關於貨櫃建築耐風、隔熱保溫的探討 1094.3.1. 貨櫃建築的耐風 1094.3.2. 貨櫃建築的隔熱保溫 1104.4. 典型的模組化貨櫃建築運用實例 1114.4.1. 中國大陸在集裝箱組合房屋與裝配式建築的推廣發展歷程 1134.4.2. 火神山、雷神山醫院的設計與施工 1154.4.3. 火神山、雷神山醫院的設計與施工特點解析 1174.5. 小結

132第五章 結論與建議 1345.1. 結論 1345.2. 建議 136參考文獻 138附錄 162

畜牧業設置太陽能光電發電設備之投資效益分析-以高雄阿蓮畜牧場為例

為了解決How green roof works的問題,作者林翊忻 這樣論述:

過去國內空氣汙染的主要原因是發電結構以燃煤為主,如要加以改善,勢必要尋求以乾淨的再生能源來加以替代,台灣缺乏自產能源,高度仰賴進口,因應此情勢,台灣能源發展目標為推動再生能源,並已將綠能產業列為主要政策。此外,台灣屬於亞熱帶氣候,光照時間長,中南部更是發展太陽能光電的最佳場所,且又是農畜產業的重鎮,如何將畜牧業既有設施加以改造利用,結合太陽能光電發電設備來創造綠能及收益,應是綠能產業政策可著力之處。但過去較少文獻針對畜牧業的申請程序、投資效益與相關作業進行研究與分析,因此希望藉由此研究來分析畜牧業自行投資或出租屋頂之優缺點。 本研究以高雄市阿蓮兩個畜牧場為例,A個案之豬舍業主於自家畜牧

場投資自建太陽能光電發電設備而B個案之豬舍業主出租自家屋頂予投資方做相對的個案比較,及以淨現值、內部投資報酬率、還本期間法做財務可行性分析。此外也透過與豬舍業主及EPC (系統商)實際訪談,探討豬舍業主對於設置太陽能光電發電設備的思考模式與EPC (系統商)實際建置的考量。 結果顯示,自建太陽能光電發電設備的IRR為11.61%,自備資金可於2.1年回收、總設置成本回收年限為9年,且20年每kW的電費淨收入為27,405元,為出租屋頂收入的2.7倍。出租屋頂20年每kW的電費淨收入為10,070元,為自建收入的1/3;但若將其整建後的建物部分出租,又可獲得額外租金收入。不論出租或自建太陽

能光電發電設備,除了能收取電費收入外,豬舍室內溫度約降3~5度,從而增加豬的食慾,相對增加飼料換肉率10%,也縮短每隻豬隻飼養的時間。 中央政府設定2025年再生能源發電占比20%之目標,並提出相對應之補助政策,導致申請設置太陽能光電發電設備的案件因此遽增,但政府相關單位於人力的調配、文件審查等,須因應此政策並做出更有效率的辦理、溝通、整合,方能事半功倍地達成目標。