地質科學系－郭陳澔教授

學歷:
美國紐約州立大學賓漢頓分校博士 2011

經歷:
國立中央大學 研發處產學營運中心 主任 2021.02-2022.01
國立中央大學 地球科學系 教授 2019.08-2022.01
國立中央大學 地球科學系 副教授 2016.08-2019.07
國立中央大學 地球科學系 助理教授 2012.08-2016.07
美國南加州大學 地球科學系 訪問學者 2015.08
美國德州大學奧斯丁分校 地球物理研究所 訪問學者 2014.08
美國德州大學奧斯丁分校 地球物理研究所 訪問學者 2013.08
美國南加州大學 地球科學系 訪問學者 2011.06-2012.07
美國紐約州立大學賓漢頓分校 地質與環境科學系 博士後研究員 2011.06-2012.07
中央氣象局地震測報中心 助理研究員 2002.10-2006.10

專長:
地震學、地球物理探勘、地震地體構造、AI在地震資料處理上之應用

個人介紹:
我目前的研究主要有兩個面向，第一個面向為以密集地震陣列(dense seismic array)來研究孕震構造(seismogenic zone)、地下震波地層結構(seismic tomography)與冰川動態活動(glacial dynamics)，研究區域包括台灣、中國福建區域、索羅門群島(Solomon Islands)與北極斯瓦爾巴群島(Svalbard archipelago)等。隨著地震資料爆發式增加，近期也深入研究使用深度學習法(Deep learning)來處理龐大的地震數據，並應用於地球物理探勘之目標地層的判識與地震預警等。第二個面向為使用地球物理探勘之折射、反射震測與表面波頻散等方法來做工程尺度上地層與斷層構造的探查。

學歷:
2019 PhD in Geography, Humboldt-Universitaet zu Berlin, Germany
2014 Master of Science in Water Science, Policy and Management, University of Oxford, UK
2013 Bachelor of Science, National Taiwan University, Taiwan
（Major: Geography Minor: Atmospheric Sciences）

經歷:
2020-2021 Postdoctoral Research Fellow/ Physical Geography department, Stockholm University, Sweden
2015-2020 Science officer/ Potsdam Institute for Climate Impact Research (PIK), Germany
4/2018-10/2018 Visiting scientist, Decision and Policy Analysis (DAPA) International Center for Tropical Agriculture (CIAT), Colombia

專長:
Transitions for climate change adaptation, energy and food security, aerial rivers (flying rivers), Latin American studies, Sustainable management of land-water systems

個人介紹:
My career goal is to provide cutting-edge climate service for adaptation under future environmental challenges. I worked previously in a global climate think tank, the Potsdam Institute for Climate Impact Research (PIK), and supported various climate-development projects. My practical experiences in PIK have inspired my research on the sustainable management of land-water resources. My research work examines the changes in aerial rivers by ongoing deforestation in Amazonia. The aerial rivers (or flying rivers) are the preferential pathways of moisture flows in the atmosphere. Opposite to their surface counterparts, they are recharged by evapotranspiration and are discharged by the precipitation process. Different from the rather studied ‘atmospheric rivers’, the aerial rivers/flying rivers are probabilistic long-term phenomena. They connect land and water systems. Deforestation in the upwind regions influences the precipitation in downwind regions through the aerial rivers. They govern the rainfall regime and connect entities across jurisdictional boundaries and watersheds.

I use the earth system model to quantitatively understand the land use change impacts on water resources through the aerial rivers in South America. I also examined the potential of managing the aerial rivers through land planning. In 2018, I proposed a science-based policy of aerial river management to the Bolivian officials which was then accepted. This proposal suggests reforesting important upwind regions (Beni and Pando departments) to bring additional freshwater to a water-scarce downwind city.

Apart from aerial rivers, I am also interested in sustainable transitions for climate change adaptation. My research approach includes quantitatively calculating sectoral decarbonization pathways and qualitatively observing societal transitions after climate disasters. Previously, I use a political scientific framework to discuss Colombian energy transitions after the record-breaking mega-drought.

It is my pleasure to join the CoS and carry on my exploration of transitions for climate change adaptation and sustainable management of land-water systems. I will be happy to talk about research but am also excited to share thoughts about sports, art, literature, music, wine, and other wonderful parts of life with all of you.

海洋所－鍾明宗助理教授

學歷:
南安普敦大學 海洋與地球科學博士(英國) 2015

經歷:
日本東京大學 大氣海洋研究所 JSPS博士後研究員 2019 ~ 2021
國立臺灣大學 海洋研究所 博士後研究員 2019
丹麥奧胡斯大學 生物系 MSCA博士後研究員 2016-2018

專長:
同位素生態學、生理生態、生物地理、頭足類生態學、魚類生態學

個人介紹:
個人專長在於使用地球化學分析手法，解析生物組織中的元素以及同位素訊號，將此訊號轉換成海洋生物的生理特徵，並用於推斷海洋生物的地理分佈。生物組織中的元素及同位素訊號如同自然標籤，反應海洋生物所經歷過的環境以及對應的生理行為，藉由地球化學分析技術，可獲得跨空間以及時間尺度的生理資訊，應用於巨觀生態議題，了解海洋生物如何面對氣候變遷以及人為干擾。本人研究著重於分析技術的發展之外，更致力於跨領域學科的連結，試圖將日新月異的分析技術應用在生物領域，藉由全新的視角剖析海洋生物。