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週三, 18 三月 2026 07:52
【03/27 15:30】Global Carbon Cycle: Land, Ocean, Atmosphere, and Human Dimensions
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週三, 18 三月 2026 07:51
【03/27 15:30】Global Carbon Cycle: Land, Ocean, Atmosphere, and Human Dimensions
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週三, 18 三月 2026 07:51
【03/26 14:00】Impacts of Stratiform Ice Radiative Effects on Thermodynamics, Clouds, and Circulation over the Tropical Pacific Ocean in Global Climate Models: An Overview
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週三, 18 三月 2026 07:50
【03/26 14:00】Impacts of Stratiform Ice Radiative Effects on Thermodynamics, Clouds, and Circulation over the Tropical Pacific Ocean in Global Climate Models: An Overview
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週五, 06 三月 2026 03:45
【03/12 14:00】High Resolution Simulations and Statistical Analyses of Mesoscale Severe Weather
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週五, 06 三月 2026 03:44
【03/12 14:00】High Resolution Simulations and Statistical Analyses of Mesoscale Severe Weather
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週一, 02 三月 2026 02:58
Laboratory
Click Group Name to watch its Introduction Video. View All Introduction Videos
| Director | Introduction |
| Dynamics And Modeling Research Group Professor Hung-Chi Kuo 郭鴻基 Ph. D. Colorado State University, 1987. +886-2-33663910 / +886-2-23671291 |
Grounded in atmospheric dynamics and mathematical modeling, we leverage AI and advanced computing to deepen tropical cyclone research and advance weather forecasting. |
| Cloud and Aerosol Research Laboratory Professor Jen-Ping Chen 陳正平 Ph.D. Pennsylvania State University, 1992 +886-2-33663912 / +886-2-23633317 |
Cloud and Aerosol Research Laboratory specializes in theoretical and modeling studies of cloud and aerosol microphysics, with particular emphasis on aerosol-cloud-climate interactions, new particle formation, and air pollution processes, using detailed microphysical schemes integrated into regional and global climate frameworks. |
| Typhoon Dynamics Research Center Professor Chun-Chieh Wu 吳俊傑 Ph.D., Massachusetts Institute of Technology, 1993. +886-2-33663913 / +886-2-23632303 |
TDRC warmly welcomes you to join our scientific exploration of typhoon dynamics. |
| Satellite Remote Sensing Lab. Professor I-I, Lin 林依依 Ph.D. University of Cambridge, UK, 1995. +886-2-33663917 / +886-2-23660418 |
Tropical Cyclone –Ocean Interaction in the Changing Climate |
| Mesoscale and Orographic Precipitation Laboratory Professor Cheng-Ku Yu 游政谷 Ph.D. National Taiwan University, 1995. +886-2-33663902 |
Professor Cheng-Ku Yu leads the Mesoscale and Orographic Precipitation Laboratory. Primary research directions of the laboratory include the mechanisms of orographic precipitation, midlatitude and tropical mesoscale convective systems, local circulations and precipitation, severe weather systems and mesoscale phenomena. Current research topics particularly focus on the investigation of the physical processes of orographic precipitation in the tropical cyclone environment, as well as the formation and development of tropical cyclone rainbands and coastal convection, using Doppler radar and various available observations. |
| Convection and Precipitation Laboratory Professor Ming-Jen Yang 楊明仁 Ph.D. University of Washington, 1995. +886-2-33663900 |
Convection and Precipitation Laboratory is directed by Prof. Ming-Jen Yang. The research topics of this laboratory include severe weather phenomena which produced deep convection and heavy rainfall, including typhoon, squall line, mesoscale convective system, and afternoon thunderstorm. |
| Laboratory of Instrumentation and Measurement (COOK Team) Professor Po-Hsiung Lin 林博雄 Ph.D. National Taiwan University,1996. +886-2-33663916 |
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| Atmospheric Chemistry Laboratory Professor Hui-Ming, Hung 洪惠敏 Ph.D. California Institute of Technology, 2000. +886-2-33663919 |
Our research uses experiments, observations, and modeling to comprehensively investigate the spatiotemporal evolution of atmospheric constituents (including gases and aerosols) and how interactions between these constituents, atmospheric dynamics, and chemical reactions influence the climate. |
| Lab. for Cloud Dynamics and Modeling (LCDM) Professor Chien-Ming Wu 吳健銘 Ph.D. University of California, Los Angeles, 2008. +886-2-33663905 |
Our laboratory centers on TaiwanVVM and employs a unified set of governing physical equations to investigate multiscale convective aggregation processes, while examining the mechanisms and potential of environmental soundings for predicting local weather. We further integrate explainable artificial intelligence to develop the AI-TaiwanVVM framework, enabling physically guided predictions of future weather patterns over Taiwan under climate change scenarios. |
| Terrstrial Hydroclimatology & Remote Sensing Research Group Professor Min-Hui Lo 羅敏輝 Ph.D. University of California, Irvine, 2010. +886-2-33663918 |
Our group focuses on land-atmosphere interactions, integrating in situ observations, satellite remote sensing, and numerical modeling to investigate how water and energy cycles respond to anthropogenic climate change and how these changes affect climate, extreme events, and ecosystems. |
| Atmospheric Environment Laboratory Associate Professor Wei-Ting Chen 陳維婷 Ph.D. California Institute of Technology, 2009. +886-2-33663914 |
The Atmospheric Environment Laboratory studies tropical organized convection in the Asian monsoon region, spanning convective organization, synoptic controls, and the regional convection–circulation–energetic coupling that leads to features of convection aggregation. We integrate satellite data analysis and field observation campaigns with a hierarchy of models—from large eddy simulations, superparameterized global model, and global storm-resolving models—to develop physically interpretable, storyline-centered projections for weather and extreme rainfall dominated by organized convection over Taiwan and the surrounding monsoon region. |
| Climate Dynamics and Global Change Laboratory Professor Yen-Ting Hwang 黃彥婷 Ph.D. University of Washington, 2013. +886-2-33663904 |
Our lab views the Earth as a coupled system, investigating how energy exchanges between the atmosphere, land, and ocean drive global circulation changes under GHGs, aerosols, and ozone depletion. Integrating physical theory with observational data, IPCC-class modeling, and AI-driven emulators, we decode these large-scale dynamics to sharpen regional projections of shifting rainfall, droughts, and flooding. |
| Polar Climate Research Group Associate Professor Yu-Chiao Liang 梁禹喬 Ph.D. University of California, Irvine, 2018. +886-2-33663907 |
The Polar Climate Research Group aims at studying the fast changing polar climate system. We focus on the causes and consequences of polar amplification using observations, theories, new modeling approaches with different complexity, and innovative data-driven methods. |
| Lab of Chaos and Predictability Assistant Professor Kai-Chih Tseng 曾開治 Ph.D. Colorado State University |
Using hierarchical modeling frameworks, data-driven methods, and statistical mechanics, our lab focuses on the predictability and future projections of climate extremes from a dynamical system perspective. |
| Atmosphere and Ocean Dynamics Lab Assistant Professor Chiung-Yin Chang 張瓊尹 Ph.D. Princeton University |
We bridge the gap between theory and reality by using a hierarchy of simplified models to figure out the "how" and "why" behind the global circulation of our atmosphere and oceans. |
| ATMOSPHERIC CHEMISTRY IN TAIWAN Project Assistant Professor STEPHEN M. GRIFFITH |
In my lab, we focus on atmospheric gas-phase and aerosol chemistry research questions and employ a range of analytical techniques to address them. We are eager to solve air quality problems and direct our findings to policymakers as an aid in making informed decisions |
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週一, 02 三月 2026 02:43
研究室簡介
請點選實驗室名稱觀看介紹影片。點此觀看所有實驗室的介紹
| 實驗室與主持人 | 簡介 |
|
動力與模擬研究室 |
立足大氣動力與數學建模，結合 AI 與先進運算，深耕颱風研究並精進氣象預報 |
| 雲與氣膠研究室 Professor Jen-Ping Chen 陳正平 Ph.D. Pennsylvania State University, 1992 33663912/23633317 |
雲與氣膠研究實驗室專注於雲與氣膠微物理的理論與數值模擬研究，特別著重於氣膠－雲－氣候交互作用、新粒子生成，以及空氣污染相關過程，並將精細的微物理參數化方案整合至區域與全球氣候模式架構中進行研究。 |
| 颱風動力研究室 Professor Chun-Chieh Wu吳俊傑 Ph.D., Massachusetts Institute of Technology, 1993. 33663913/23632303 |
颱風動力研究室誠摯歡迎有志於颱風研究的夥伴，攜手探索颱風動力的奧秘 |
| 衛星遙測研究室 Professor I-I, Lin 林依依 Ph.D. University of Cambridge, UK, 1995. 33663917/23660418 |
氣候變遷下的熱帶氣旋海洋交互作用 |
| 中尺度暨地形降水研究室 Professor Cheng-Ku Yu 游政谷 Ph.D. National Taiwan University, 1995. 33663902 |
中尺度暨地形降水實驗室(Mesoscale and Orographic Precipitation Laboratory)為游政谷教授所領導，主要研究領域涵蓋了地形降水機制、中緯度與熱帶對流系統動力、局部環流與降水、劇烈天氣與中尺度天氣現象。而現階段的研究重心為利用氣象雷達與各種大氣觀測來探討熱帶氣旋環境下地形降水的物理過程、熱帶氣旋雨帶的生成與發展以及地形效應與局部環流所引發的海岸降水。 |
| 對流及降水實驗室 Professor Ming-Jen Yang 楊明仁 Ph.D. University of Washington, 1995. 33663900 |
對流及降水實驗室(Convection and Precipitation Laboratory)由楊明仁老師(Prof. Ming-Jen Yang)主持，研究領域包括各種產生深對流及強降水之劇烈天氣現象(如颱風、颮線、中尺度對流系統、午後雷暴等)。 |
| 大氣測計研究室 Professor Po-Hsiung Lin 林博雄 Ph.D. National Taiwan University,1996. 33663916 |
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| 大氣化學實驗室 Professor Hui-Ming, Hung 洪惠敏 Ph.D. California Institute of Technology, 2000. 33663919 |
本研究室透過實驗、觀測與模擬方法，綜合探討大氣成分（包括氣體與氣膠）的時空演變，以及這些成分與大氣動力過程和化學反應之間的交互作用對於氣候的影響 |
| 雲動力模擬研究室 Professor Chien-Ming Wu 吳健銘 Ph.D. University of California, Los Angeles, 2008. 33663905 |
本實驗室以 TaiwanVVM 為核心，使用同一套物理方程式來研究多重尺度對流聚集過程，並探討環境探空資料在預測局地天氣中的機制與潛力。進一步結合可解釋人工智慧，發展 AI-TaiwanVVM 架構，以物理導向的方式預測氣候變遷情境下臺灣未來天氣型態。 |
| 陸地水文氣候及衛星遙測研究室 Professor Min-Hui Lo 羅敏輝 Ph.D. University of California, Irvine, 2010. 33663918 |
本實驗室以陸–氣交互作用為核心，整合現地觀測、衛星遙測與數值模式，研究人為氣候變遷下水與能量循環的變化及其對氣候、極端事件與生態系的影響。 |
| 大氣環境研究室 Associate Professor Wei-Ting Chen 陳維婷 Ph.D. California Institute of Technology, 2009. 33663914 |
大氣環境研究室聚焦亞洲季風區的熱帶組織性對流，研究對流組織化物理過程、綜觀尺度環境對於組織性對流的控制，以及區域性對流—環流—能量交互作用下的對流聚集過程。研究方法整合衛星分析與地面密集觀測，並結合從大渦模式、超參數化全球模式到全球雲解析模式的多層次模擬工具，發展以天氣敘事為核心且具物理可詮釋性的推估框架，用於評估台灣及周邊季風區未來組織性對流相關天氣與極端降雨的可能變化。 |
| 氣候動力與全球變遷研究室 Professor Yen-Ting Hwang 黃彥婷 Ph.D. University of Washington, 2013. 33663904 |
我們將地球視為一個耦合系統，研究大氣、陸地與海洋間的能量交換，如何驅動全球環流在溫室氣體、氣膠與臭氧層變化下的演變。結合物理理論、觀測資料、IPCC 氣候模式與 AI 模擬器，我們致力於解析大尺度動力過程，進而優化對區域尺度降雨、乾旱與洪災的精準預測。 |
| 極地氣候研究室 Associate Professor Yu-Chiao Liang 梁禹喬 Ph.D. University of California, Irvine, 2018. 33663907 |
極地氣候研究團隊致力於研究快速變遷中的極地氣候系統。我們關注「極地增暖效應」的成因與影響，並結合觀測資料、理論分析、不同複雜程度的新型氣候模式，以及創新的資料驅動方法，來加深對極地氣候變化的理解。 |
| 混沌與可預報度研究室 Assistant Professor Kai-Chih Tseng 曾開治 Ph.D. Colorado State University |
透過模式層級、機器學習和統計力學等方法，本研究室致力於大氣/流體的可預報度以及極端事件等機制的未來推估。 |
| 大氣與海洋動力研究室 Assistant Professor Chiung-Yin Chang 張瓊尹 Ph.D. Princeton University |
We bridge the gap between theory and reality by using a hierarchy of simplified models to figure out the "how" and "why" behind the global circulation of our atmosphere and oceans. |
|
ATMOSPHERIC CHEMISTRY IN TAIWAN |
In my lab, we focus on atmospheric gas-phase and aerosol chemistry research questions and employ a range of analytical techniques to address them. We are eager to solve air quality problems and direct our findings to policymakers as an aid in making informed decisions |
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