City roof garden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

Transfewmation: Towards Design-Led Food-Energy-Water Systems for Future Urbanization

為了解決City roof garden的問題，作者 這樣論述：

Prof. Dr. ir. Rob Roggema is Professor Spatial Transformations in the Research Centre for the Built Environment ’NoorderRuimte’, Hanze University of Applied Sciences in Groningen, the Netherlands. He is Landscape Architect and an international design expert in the field of sustainable urbanism, clim

ate adaptation, energy landscapes and urban agriculture. He held positions at several universities in the Netherlands and Australia, provinces and municipalities, and design firms.Rob developed the Swarm Planning concept, a dynamic way to design the city, to prepare it for future climate change. Rob

’s research focuses on the reciprocal city, investigating resilience, adaptation and circularity in urban design. Recent design concepts Rob has conceived are the Double Defence, a proposition for a second row of barrier islands, protecting the Dutch coast against storm surges; the Floodable Landsca

pe for a region under threat of flooding; Bushfire Resilient Bendigo, in which the design anticipates bushfires through creating a protective shield and slowly moving the town away from the fire; the FoodRoofRio, a roof garden with an aquaponic system growing food for the entire family in ’Cantagalo

’ favela, Rio de Janeiro; and the Sydney Barrier Reef, a refuge for nature fleeing the Great Barrier Reef, which is at risk of disappearing as result of bleeching and simultaneously protects the highly valued real estate of the Sydney coast against future cyclones.Rob has facilitated and designed ov

er 30 design charrettes across the globe in which citizens, academics, governments and industries are indulged in the design process of complex spatial problems. He has written three books about climate adaptation and design, four about urban agriculture and one about design charrettes. Furthermore,

he wrote books about the FoodRoofRio and Design after Tsunami in Japan. He is series editor of the book series ’Contemporary Urban Design Thinking’ and editor in chief of the journal ’Smart and Sustainable Built Environments (SASBE)’.

City roof garden進入發燒排行的影片

低衝擊開發設施對都市水文之影響

為了解決City roof garden的問題，作者林哲瑋 這樣論述：

都市水文循環隨著不透水面積增加而改變，逕流量比開發前高，洪峰延滯期減少，再加上氣候變遷影響導致降雨型態改變，都市地區發生積淹水的機率上升。透水鋪面和雨水花園等多種低衝擊開發設施被廣泛用於增加都市的滲透率，以減輕都市化過程中水文的影響。然而，此類設施的性能受降雨事件的影響很大。臺灣近年來推廣低衝擊開發設施來降低都市地表逕流量，但多數缺乏實際監測數據來瞭解設施成效。因此，本研究以透水鋪面和雨水花園作為研究基地，使用水位計監測地表逕流削減之成效，地下水位觀測用來瞭解地下水補給的潛力，最後配合SWMM水文模式模擬出低衝擊開發對於都市水文之影響。忠孝東路基地內僅有一種透水鋪面LID設施，佔整個集水面積

36.0%；北投國小基地則含有雨水花園A、B、透水鋪面及15m3的地下貯水槽共佔整個集水面積15.9%。研究期間，忠孝東路透水鋪面和北投國小雨水花園分別收集50及60場有效降雨事件，結果顯示，透水路鋪面基地平均逕流削減率為14%，雨水花園和貯水槽可保留97.8%的降雨量。依據通過率定驗證的SWMM模式模擬出透水鋪面年水文循環為52.2%出流量，23.5%蒸發量及24.3%入滲量；具有地下貯水槽的雨水花園有91.3%的年雨量為入滲量和儲水量，僅5.8%成為地表逕流。

Notes from the Cévennes: Half a Lifetime in Provincial France

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為了解決City roof garden的問題，作者Thorpe, Adam 這樣論述：

Adam Thorpe's home for the past 25 years has been an old house in the C vennes, a wild range of mountains in southern France. Prior to this, in an ancient millhouse in the oxbow of a C venol river, he wrote the novel that would become the Booker Prize-nominated Ulverton, now a Vintage Classic. In mo

re recent writing Thorpe has explored the C vennes, drawing on the legends, history, and above all the people of this part of France for his inspiration. In his charming journal, Notes from the C vennes, Thorpe takes up these themes, writing about his surroundings, the village, and his house at the

heart of it, as well as the contrasts of city life in nearby N mes. In particular he is interested in how the past leaves impressions--marks--on our landscape and on us. What do we find in the grass, earth, and stone beneath our feet and in the objects around us? How do they tie us to our forebears

? What traces have been left behind and what marks do we leave now? He finds a fossil imprinted in the single worked stone of his house's front doorstep, explores the attic once used as a silk factory, and contemplates the stamp of a chance paw in a fragment of Roman roof-tile. Elsewhere, he ponders

mutilated fleur-de-lys (French royalist symbols) in his study door and unwittingly uses the tomb-rail of two sisters buried in the garden as a gazebo. Then there are the personal fragments that make up a life and a family history: memories dredged up by 'dusty toys, dried-up poster paints, a painte

d clay lump in the bottom of a box.' Part celebration of both rustic and urban France, part memoir, Thorpe's humorous and precise prose shows a wonderful stylist at work, recalling classics such as Robert Louis Stevenson's Travels with a Donkey in the C vennes.

透水鋪面表面溫度降溫成效及預測模型

為了解決City roof garden的問題，作者林佑亭 這樣論述：

隨著都市化（Urbanization）的速度加快，大量的開發導致不透水面積大大增加，大量工業氣體排放造成溫室氣體增加，且密集的建築物採用不透水且吸熱表面積大的材料，對環境生態產生負面的影響，迫使都市地區有水患之問題，環境溫度也大大提升，導致都市熱島效應加劇。而近年來，低衝擊開發（Low Impact Development, LID）已被證明為有效減緩都市熱島效應的方法之一。本研究目的以實際監測數據探討鋪面表面溫度對都市熱島效應之影響，並運用隨機森林（Random Forest, RF）演算法預測鋪面表面溫度。將以忠孝東路及新生南路交叉路口作為研究基地，於三種不同鋪面裝設溫度監測計，分別為透

水鋪面、瀝青鋪面以及不透水鋪面。透過實際量測蒐集大量數據，得知透水鋪面全年平均溫度可與瀝青鋪面相差約4°C，與不透水鋪面相差3°C；於降雨時雖氣溫會溼度增加而下降造成鋪面溫度隨之下降，但監測結果顯示鋪面溫度下降幅度大於氣溫降溫幅度，可得證水分增加會使鋪面表面溫度降低；在長時間無降雨情況下，降溫效果雖較不明顯，但透水鋪面仍為最低溫之鋪面並低於瀝青及不透水鋪面0.5-2°C。最後期望運用建置之機器學習模型進行不同情境下之模擬，並可將模型有效運用在其他地方。