聯盟動態

課程與研討會

2016 CCliCS地球系統模擬研習會

10/25、10/26、10/27,2016

中研院人文館南棟三樓第二會議室
2nd Meeting Room, 3F of South Wing, Humanities and Social Sciences Building, Academia Sinica

   

    氣候變遷研究聯盟 (CCliCS) 是由國科會 (現科技部) 補助的整合型研究計畫,其中一個主要目標為開發國內氣候模式的建構能力,發展可自行研發修改的模式群組,包含地球系統模式與高解析度全球大氣模式。以美國 國家大氣研究中心 (NCAR) 的 Community Earth System Model (CESM) 為基礎,CCliCS 的研究人員建置了台灣地球系統模式 (TaiESM),用於基礎氣候科學研究及未來氣候推估。CCliCS 也引進了美國地球物理流體力學實驗室 (GFDL) 的高解析度大氣模式 (HiRAM),可進行氣候現狀與未來變遷的時段切片模擬。

    此次 2016 CCliCS 地球系統模擬研習會將由 CCliCS 的研究人員與合作者報告 TaiESM 的發展現狀,探討模式中各個物理過程對氣候模擬的影響,並分析 TaiESM 與 HiRAM 所模擬之氣候變遷與變異。此次會議亦邀請世界各重要氣候研究中心的科學家來台交流,分享地球系統模式的發展經驗與現狀。

    CCliCS (Consortium for Climate Change Study) is a research project funded by the Ministry of Science and Technology of Taiwan. Its primary goal is to build the capability and capacity of climate modeling in Taiwan, including a global Earth system model and high-resolution global climate model. CCliCS has developed the Taiwan Earth System Model (TaiESM) by substantially modified several physical processes in the Community Earth System Model (CESM) from National Center for Atmospheric Research (NCAR). The High Resolution Atmospheric Model (HiRAM) from Geophysical Fluid Dynamics Laboratory (GFDL) is also adopted for time-slice climate simulations and projections.

    The 2016 CCliCS Workshop on Earth System Modeling is to present the works of climate modeling by the CCliCS team and collaborators, including the impacts of the new physical parameterizations, climate variability analyses, and future climate projections. Scientists from several climate research centers are invited to share their experience and expertise in model development and diagnostics.

20160510 LCCR

2016CCliCS Title

DAY 1  10/25 Tuesday
08:30 Registration
09:00 Opening Remarks
Session 1: Earth System Models
09:30 Huang-Hsiung Hsu Current status of the Taiwan Earth System Model
10:00 Break
10:20

Masahide Kimoto
(Univ. of Tokyo)

Climate modeling and climate change studies in Japan
10:50

Bin Wang
(Tsinghua Univ.)

Progress in model development in China
11:20

Ingo Bethke
(Uni Research, Norway)

Norwegian Earth System Model – preparing for CMIP6
11:50 Lunch
Session 2: High-Resolution Modeling
13:20

Shian-Jiann Lin
(GFDL)

Towards a NOAA unified weather-climate modeling system
13:50

Andrew Gettelman
(NCAR)

High resolution and/or process improvement for the Community Earth System Model version 2: towards regional climate prediction
14:20

Shaocheng Xie
(LLNL)

Recent progress on the US DOE high-resolution climate model development
14:50

Rae-Seol Park
(KIAPS)

An overview of the KIAPS numerical weather prediction systems
15:20 Break
Poster Session
18:00 Banquet
DAY 2  10/26 Wednesday
Session 3: Physical Processes in the Atmosphere
09:00 Pao-Kuan Wang Impact of cloud microphysics on climate predictions using numerical models
09:30

Yi Ming
(GFDL)

Recent development of atmospheric physics at GFDL
10:00

Chih-Chieh Chen
(NCAR)

Sensitivity of the QBO to ozone and CO2 in CAM5
10:30 Break
10:45

Jen-Ping Chen
(NTU)

Recent progress of the NTU multimoment cloud microphysics scheme
11:15 I-Chun Tsai Application of Statistical-Numerical Aerosol Parameterization (SNAP) in CESM and WRF
11:40 Chein-Jung Shiu Modifying cloud-related physical parameterizations for TaiESM
12:05 Yi-Chi Wang Impacts of TaiESM development on tropical convection
12:30 Lunch
Session 4: Diagnostics of Climate Variability
13:40

Yen-Ting Hwang
(NTU)

Linking tropical climate change with southern ocean heat uptake
14:10 Chi-Hua Wu A geographical and astronomical perspective on the Meiyu-Baiu migration
14:40 Shih-Yu Lee Energy transport and its constrain in coupled model
15:10 Break
15:30 Chia-Ying Tu Preliminary evaluation of high-resolution GCM coupled 1-D ocean model for seasonal prediction
16:00 Yung-Yao Lan Mechanisms of SST variability associated with the eastward MJO by CAM5_SIT coupled model simulations
16:15 Wan-Ling Tseng The maritime continent and its role on the MJO simulation in ECHAM-SIT
16:30 Tzu-Ling Lai Impact of convective gravity wave drag on CESM
16:45 Chao-An Chen Radiative impacts of precipitating ice on tropical Pacific Ocean in the present and warmer climate
Day 3  10/27 Thursday
Session 5: Diagnostics of GCM Bias
09:00

Jui-Lin Frank Li
(JPL)

Assessing the cloud-radiation-land interactions on land surface properties in GCMs using observations
09:30

Hsi-Yen Ma
(LLNL)

A multi-year hindcast experiment for cloud and precipitation studies
10:00

Chia-chi Wang
(Chinese Culture Univ.)

Processes leading to double Intertropical Convergence Zone bias in CESM1/CAM5
10:30 Break
Session 6: Land Processes in GCM
10:45

Min-Hui Lo
(NTU)

Representation of agricultural irrigation in CESM/CLM and its impact on local/regional climate
11:15 Yi-Ying Chen Representation of storm damage in an advanced land surface model ORCHIDEE-CAN
11:45 Wei-Liang Lee Impact of 3D topography-radiation interaction in GCM simulations
12:15 Concluding Remarks
Adjourn

 

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pdf2016CCliCS_Agenda-v21.pdf229.27 KB

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