都市氣候之可視化以及呈現方法在近年因全球氣候變遷以及都市暖化等與公衛、建築、都市計畫、醫學以及氣象學高度相關且對於調適刻不容緩的氣候議題發酵下，已逐漸成為民眾及政府與相關科學研究人員積極探索及發展的領域，亦成為改善都市規劃設計之重要因素，故本研究將以台灣五大都市為例，探討發展較高之城市其氣候可視化過程。為了瞭解都市中不同建成環境所造成的氣候影響，過去已有多種研究方法被應用於呈現都市中微氣候的情況，本研究將透過不同氣候數據取得以及製作與呈現方法，包含：衛星遙測、實地測量、數值模擬等方式進行綜合討論分析，主要將針對氣候地圖的製作流程以及的製作方式進行比較，透過多種的資料組合與限制下，了解何種方式將對於研究場域之氣候數據可視化有最大助益。本研究結果顯示位於基礎都市發展資訊較缺乏之地區，透過可容易取得的衛星影像以及遙測資料，將可快速且有效的將都市氣候環境進行呈現包含空氣溫濕度以及風速風向，而位於基礎圖資量較充足的都市則可透過更精細的解析度呈現都市中因建築環境而影響的風熱環境變化，而數值模擬之方式則較適合應用於探討範圍介於街區與鄰里尺度的空間，可藉由建築環境模型的建置以及植栽鋪面等選定來取得長期量測不易的數據，並有效透過改變範圍內地上物之配置進行情境模擬，以取得基於氣候環境最適合該區域未來發展之規劃。綜合以上結果，本研究將可為不具備氣候專業背景之都市規劃人員與建築師，可以有更多種了解都市中氣候環境之方法，並快速建造連結氣候與都市之橋梁，透過都市熱點以及風廊等特徵的呈現，將更能清楚提供未來都市計畫與管制相關法令的制定做為參考，藉此解決日益嚴重的都市氣候議題。

The visualization methods of urban climate have gradually become important in recent years due to climate change and global warming. The urban climate is highly related to public health, architecture design, urban planning, medicine, and meteorology which need to be addressed urgently. The field of urban climate have been actively explored and developed by researchers and become an important factor to improve urban planning. Therefore, this study takes the five major cities in Taiwan as an example to discuss the process of establishing urban climate map in Taiwan. In order to understand the climate impact caused by different built environments in the urban area, many methods have been applied in the past to present the microclimate. This study will discuss with different climate data acquisition, produce method and visualization results, including: remote sensing, field measurements, and simulations for comprehensive discussion and analysis. Focusing on comparing the production process and the methods of establishing the climate map. And through various combinations of information to understand which methods is more appropriate to visualize the climatic data in the research field. The results of this study show that in areas where is lacking urban development data can readily obtain urban develop information and climatic information through the satellite image. While in the city with sufficient urban development data, can present the climatic condition including the wind and thermal conditions in higher resolution through the combination use of urban develop information and surface measurement. In term of the simulation approach, it is more flexible for conducting the scenario simulation to obtain the plan that is most suitable for the future development of the area based on the climate environment. Based on the results, this study can be able to provide the urban planners and architects who do not have climate background can have more ways to understand the urban climate can provide a reference to the future urban planning and related regulations to solve the increasingly serious urban climate issues.

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