M.LAB PROJECT

- UPCOMING -

Based on improved understanding of multidecadal climate warming trends, we attempted addressing greater issues, such as determining a semidecadal cycle with cross-latitudinal seasonal networks and evaluating whether quasi-oscillatory cycles serve as a capable climatic unit. In the coming years, our project research will continue to investigate a wide range of climatological settings, with a focus on multidecadal-scale phase controls and transition processes.

It is planned to address more creative challenges. We intend to enhance climatological change assessments by incorporating analyses of stratospheric variability and Arctic dynamics, as well as giving isentropic insights. We hope to increase confidence in determining how unstable climate modes occur on a multidecadal scale and how they interact with semidecadal seasonal networks. A more thorough understanding of multidecadal trends will help us address the issue of anthropogenic impact on various levels.

Scaling up assessment for time-varying synoptic climatology

Proposal

暖化氣候下的副熱帶變遷與東亞季節潛移 Subtropical change and East Asian season creep in a warmer climate

NSTC 112-2111-M-001-007-
NSTC 113-2111-M-001-015-
NSTC 114-2111-M-001-004-(2023/08/01-2026/07/31)Details

氣候振盪對東亞宏觀天氣型態的影響－季風的年代際動力與可預測性 Impact of climate oscillations on East Asian macro weather patterns－monsoon decadal dynamics and predictability

AS-GCS-111-M04 [關鍵突破種子計畫]
Academia Sinica Grand Challenge Program Seed Grant(2022/06/01-2024/05/31)Details

全新世亞非季風演化: 季節性與大尺度動力 Holocene Afro–Asian monsoon evolution: seasonality and large-scale dynamics

MOST 108-2628-M-001-006-MY4
[優秀年輕學者研究計畫]
Project for Excellent Junior Research Investigators(2019/08/01-2023/07/31)SummaryDetails

全新世相較近代暖化對副熱帶大氣環流暨亞洲季風的影響 Influence of Holocene versus Present-Day Warming on Subtropical Atmospheric Circulation and Asian Monsoon

MOST 105-2119-M-001-021-
MOST 106-2111-M-001-004-
MOST 107-2119-M-001-013-(2016/08/01-2019/07/31)Details

地形因素對亞洲季風季節性的控制 Role of Topography in Modulating the Asian Monsoon Seasonality

MOST 104-2111-M-001-001-(2015/03/01-2016/07/31)Details

RESEARCH ASSISTANT

PROJECT LIST

主持人【PI】

NSTC 114-2111-M-001-004- 暖化氣候下的副熱帶變遷與東亞季節潛移(3/3)

NSTC 113-2111-M-001-015- 暖化氣候下的副熱帶變遷與東亞季節潛移(2/3)

NSTC 112-2111-M-001-007- 暖化氣候下的副熱帶變遷與東亞季節潛移(1/3)

AS-GCS-111-M04 氣候振盪對東亞宏觀天氣型態的影響－季風的年代際動力與可預測性

MOST 108-2628-M-001-006-MY4 全新世亞非季風演化: 季節性與大尺度動力

MOST 107-2119-M-001-013- 全新世相較近代暖化對副熱帶大氣環流暨亞洲季風的影響(氣候變化的變遷)

MOST 106-2111-M-001-004- 全新世相較近代暖化對副熱帶大氣環流暨亞洲季風的影響(古氣候因子與年代際變化)

MOST 105-2119-M-001-021- 全新世相較近代暖化對副熱帶大氣環流暨亞洲季風的影響

MOST 104-2111-M-001-001- 地形因素對亞洲季風季節性的控制

共同主持人【CO-PI】

MOST 110-2111-M-001-007- 台灣地球系統模式第二版整合性氣膠-雲-對流-降水參數法之發展與評估

MOST 111-2123-M-001-007- 人為氣候變遷:剖析、能力精進與CMIP6參與(4/4)

MOST 110-2123-M-001-003- 人為氣候變遷:剖析、能力精進與CMIP6參與(3/4)

MOST 109-2123-M-001-004- 人為氣候變遷:剖析、能力精進與CMIP6參與(2/4)

MOST 108-2119-M-001-014- 人為氣候變遷:剖析、能力精進與CMIP6參與(1/4)

MOST 107-2611-M-001-006- 從氣候模式看全新世氣候變遷(II)

MOST 106-2611-M-001-001- 從氣候模式看全新世氣候變遷(I)

MOST 105-2611-M-001-002- 赤道太平洋百年至千年尺度氣候變異

MOST 107-2119-M-001-010- 氣候變遷研究聯盟II(WCRP/CMIP6跨國國際氣候推估模式比對計畫)(3/3)－總計畫

MOST 106-2111-M-001-005- 氣候變遷研究聯盟II(氣候變遷整合研究與跨國氣候推估模式比對)(2/3)－總計畫

MOST 105-2119-M-001-018- 氣候變遷研究聯盟II(WCRP跨國國際氣候推估模式比對計畫)(1/3)－總計畫

其他參與計畫【Others】

NSC 100-2111-M-001-029-MY5 氣候變遷研究聯盟－總計畫：氣候變遷實驗室

NSC 102-2811-M-001-042 氣候變遷研究聯盟(延攬客座科技人才 PD)

NSC 101-2811-M-001-041 氣候變遷研究聯盟(延攬客座科技人才 PD)

NSC 100-2811-M-008-078 地形與全球暖化對台灣降雨的影響(PD)

NSC 099-2811-M-008-072 地形與全球暖化對台灣降雨的影響(PD)

NSC 098-2111-M-002-010 副熱帶西北太平洋夏季季風期間的雲－對流/輻射效應特徵研究

NSC 096-2745-M-002-010 雲/輻射效應於東亞地區的分析與NTUGCM的模擬研究－從日夜變化到季節特徵

NSC 095-2111-M-002-020 東亞夏季季風期間雲/輻射效應對大氣環流的影響及熱帶氣旋對氣候變異量的模擬分析

NSC 089-2815-C-003-068R-M 以地面雨量計與雷達觀測檢驗GPCP衛星雨量估計在南海季風與豪雨實驗區的表現(大專生計畫)

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