MonsoonLAB

Cloud City
Project Brief

Midlatitude effects of topography on East Asian precipitation seasonality

Understanding of what affects a perturbation of the midlatitude circulation provides valuable insight into climatology, climate change, and climate modeling. This study aims to understand topographically-driven midlatitude circulation changes in seasons and their potential impact on East Asian precipitation seasonality...



(Proposed research)

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

火山噴發對氣候產生的可能影響: 一個多尺度模式分析研究
Possible climate impact caused by volcanic eruptions: a multi-scale modeling analysis

Preproposal
- - - collaborated with RCEC PIs






Project website (TBU)

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


(2019/08/01-2023/07/31)

Details

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