亞洲大氣污染物之整合監測與其對環境及氣候之衝擊研究-國際參與: 7-SEAS/PM2.5 and Better Air Quality Network in SEA-亞洲大氣污染物之整合監測與其對環境及氣候之衝擊研究-國際參與(總計畫及子計畫一);Integrated Monitoring on Asian Atmospheric Pollutants and Their Impact on Environment and Climate-Participation of International Experiment: 7-Seas/Pm2.5 and Better Air Quality Network in Sea

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Title:	亞洲大氣污染物之整合監測與其對環境及氣候之衝擊研究-國際參與: 7-SEAS/PM2.5 and Better Air Quality Network in SEA-亞洲大氣污染物之整合監測與其對環境及氣候之衝擊研究-國際參與(總計畫及子計畫一);Integrated Monitoring on Asian Atmospheric Pollutants and Their Impact on Environment and Climate-Participation of International Experiment: 7-Seas/Pm2.5 and Better Air Quality Network in Sea
Authors:	林能暉;嚴明鉦
Contributors:	大氣科學學系
Keywords:	酸性污染物;霾害;亞洲沙塵;生質燃燒;長程傳送;七海計畫;東南亞氣膠監測網;Acid substances;regional haze;Asian dust;biomass burning;atmospheric mercury;long-range transport;7-SEAS;PMSEAnet
Date:	2020-12-08
Issue Date:	2020-12-09 09:26:00 (UTC+8)
Publisher:	科技部
Abstract:	亞洲大氣污染物（包含酸性污染物、亞洲沙塵、霾害、生質燃燒、有害物質等）的生成、排放、輸送、轉化等物理與化學過程相當複雜，其長程傳送對台灣已形成相當衝擊，對區域環境與氣候干擾亦可能間接影響台灣。吾人擬就本整合計畫自2003年開始執行亞洲大氣污染物長程傳送研究以來前五期(2003/8-2019/7) 所建構之軟硬體基礎，包含竹子山雲霧化學觀測站、鹿林山大氣背景站（與環保署合作興建）、東沙島與太平島輻射背景站，各項微量大氣化學監測技術、大氣化學模式、氣候統計與分析技術、遙測技術等，以及七海國際實驗之參與 (Seven South East Asian Studies，7-SEAS)及科學成果為基礎，重新調整議題內涵，並且因應7-SEAS參與東南亞各國共識而希望台灣能建立以PM2.5為核心之教育訓練與技術共同平台下，申請新計畫第一期兩年規畫建置(2020/8-2022/7)，除持續進行現行冬季竹子山雲霧及春季鹿林山監測網站之大氣化學與物理密集觀測，並建立長期大氣化學與輻射資料庫，進行科學議題探討；再者，繼7-SEAS進入Phase IV(2019-2021)以及2020春季最後一次國際實驗；本期總計畫擬結合地面監測及大氣遙測，大氣化學與輻射模式模擬，提出兩年整合計畫，探討亞洲大氣污染物之長程輸送與其對區域環境及氣候衝擊。此外，整合國內能量參與7-SEAS IV，就東南亞生質燃燒所引發之環境與區域氣候干擾做一整合研究，以及推動與建立東南亞氣膠監測網 (PM2.5 Southeast Asia Network, PMSEAnet) 。本期總計畫重點，其一，為持續整合與維護現行監測網之運轉與資料庫建立維護；其二，整合國內能量參與7-SEAS IV；其三，推動與建立PMSEAnet，進行泰國與馬來西亞示範基地之移地實驗，並促進區域資料交換、技術交流、人才培育。其四，在台灣建立PMSEAnet技術與科研網絡平台，進行區域資料交換、技術開發、教育訓練、數據QA/QC、資料庫、科學指引發展等工作。其五，規劃推動7-SEAS第三次論文專刊。 ;The physical and chemical processes of formation, emission, transport and transformation of atmospheric pollutants including acid substances, regional haze, Asian dust, biomass burning and atmospheric mercury in Asian region are very complicated, resulting in impact on regional environment and climate. Taiwan is also influenced by such impact in direct and indirect ways. Therefore, this proposed project with a reformed title Phase I (2020/8-2022/7) will continue the legacy of previous Phases I-V, and further to integrate ground-based measurements, remote sensing observation, climatic dynamic analysis, and model simulation in order to analyze the physiochemical processes during the long-range transport of above atmospheric pollutants, and further to assess their impact on regional climate. Besides, we will collaborate with USA Navy and NASA’s 7-SEAS (7 South East Asian Studies) for investigating the impact of biomass burning of Southeast Asia in order to study the impact of atmospheric pollutants and biomass burning of the South Asia. So far, we have conducted the 7-SEAS pre-studies: 2010 Dongsha Experiment, 2011-2012 Son La Campaigns in northern Vietnam, and 2013-2015 BASELInE for identifying the characteristics of biomass burning aerosol and pollution over source and receptor regions. Meanwhile, the first special issue has published 28 papers on 2013 October of Atmospheric Environment. The Phase II (2013-2015) of 7-SEAS has been being carried out for studying the aerosol and cloud interactions. The second special issue has published 27 papers on 2016 November of Aerosol and Air Quality Research. Besides, during the 2018 and 2019 7-SEAS planning and data workshops the delegates from SEA countries strongly suggested Taiwan should play a leading role to build a common platform of capacity building, database and science and technology development for PM2.5 and its impact studies. Thus, in this grand project, we propose to establish the PM2.5 Southeast Asia Network (PMSEAnet) an also conduct the oversea campaigns in Thailand and Malaysia as the demonstration bases for PMSEAnet.
Relation:	財團法人國家實驗研究院科技政策研究與資訊中心
Appears in Collections:	[Department of Atmospheric Sciences] Research Project

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