advanced institute on disaster risk reduction with …...july 10 – 14, 2017 ac ademi sinic , t...

Organized by

J U L Y 1 0 – 1 4 , 2 0 1 7A C A D E M I A S I N I C A ,T A I P E I , T A I W A N

ADVANCED INSTITUTE ONDISASTER RISK REDUCTIONWITH SYSTEMS APPROACH FOR SLOW-ONSETCLIMATE DISASTERS (AI-SOCD)

Integrated Research on Disaster Risk,International Centre of Excellence, Taipei (IRDR ICoE-Taipei)128, Section 2Academia RoadNankang, Taipei 11529TAIWAN ROCTel: +886-2-2787-2531-3, 8 | Fax: +886-2-2787-2534, 7http://irdr-icoe.sinica.edu.tw/#/

ICSU Regional Office for Asia and the Pacific902-4, Jalan Tun Ismail50480 Kuala LumpurMALAYSIATel: +603 26984192 | Fax: +603 26917961Email: [email protected]://www.icsu.org/asia-pacific

AdvAnced InstItute on dIsAster rIsk reductIon wIth systems

ApproAch for slow-onset clImAte dIsAsters (AI-socd)

July 10 – 14, 2017Academia sinica, taipei, taiwan

organized byIntegrated Research on Disaster Risk International Centre of Excellence–Taipei (IRDR ICoE-Taipei)

International Council for Science Regional Office for Asia and the Pacific (ICSU ROAP)Future Earth

Regional Centre for Future Earth in AsiaInternational Global Atmospheric Chemistry Project (IGAC)

IGAC Monsoon Asia and Oceania Networking Group (MANGO)Institute for Environment and Development (LESTARI UKM)

The Sendai Framework for Disaster Risk Reduction 2015 – 2030 (SFDRR) emphasizes managing the risk of small-scale and large-scale, frequent and infrequent, sudden and slow-onset disasters caused by natural or man-made hazards. It aims to guide the multi-hazard management of disaster risk within and across all sectors.

One of the most concerned issues in the SFDRR is the extreme climate events posing threats on human societies worldwide. Of those, air pollution is seen as one of the major root causes of current climate disasters. Large-scale air pollution events can be transported hundreds of kilometres and have significant impact on many countries. Additionally, air pollution, especially aerosols, greatly contributes to climate change projection.

Currently, a set of simple, inexpensive and reliable sensors for PM2.5 (a major air pollutant and health concern) has been developed and begun to be applied in the fields. There is a huge potential to distribute these inexpensive sensors in large quantities to citizens for detection and monitoring the occurrence and progression of air pollution in their area. However, applications of these sensors and the interpretation of the big data it generates require a stronger multi-disciplinary collaboration among scientists from different fields.

Systems thinking and systems approach, both of which enables us to identify complex interactions among different sectors should be employed for disaster risk reduction research and practices. Applying systems thinking

BACKGROUND TO THE WORKSHOP

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ADVANCED INSTITUTE ON DISASTER RISK REDUCTION WITH SYSTEMS APPROACH FOR SLOW-ONSET CLIMATE DISASTERS (AI-SOCD) ADVANCED INSTITUTE ON DISASTER RISK REDUCTION WITH SYSTEMS APPROACH FOR SLOW-ONSET CLIMATE DISASTERS (AI-SOCD)

July 10 – 14, 2017 | AcAdemiA SinicA, TAipei, TAiwAn

and systems approach to link environmental monitoring, information technology, and public health research is essential for the monitoring and detection of such disastrous events, which is the foundation for formulating disaster preparedness practices to reduce and better manage disaster risks.

Goal & expected outcomes

The objective of this Advanced Institute is to provide young to mid-career practitioners, researchers and policy makers in Asia and the Pacific region with enhanced understanding, skills and practical knowledge to apply systems approach in DRR research focusing on Air Pollution, Sensors and Big Data. At the

end of the training, the participants should have:

a) Developed understanding of the concepts, principles and practices of system approach for DRR research focusing on Air Pollution, Sensors, and Big Data.

b) Developed capacity on application of air pollution sensors on environmental monitoring and detection of air pollution events to protect public health and reduce climate disaster risks.

c) Enhanced comprehension of the interpretation of the air pollution monitoring information from big data and environmental health perspectives.

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ADVANCED INSTITUTE ON DISASTER RISK REDUCTION WITH SYSTEMS APPROACH FOR SLOW-ONSET CLIMATE DISASTERS (AI-SOCD)


PROGRAMME

day 1 (monday, 10 July 2017) mc: ch Jeffery lee

08:40 – 09:00 registration

09:00 – 09:30

opening ceremonyOpening remarks:

Academia Sinica: Mei-Yin CHOUIRDR ICoE-Taipei: SC Candice LUNGICSU ROAP: Tengku-Sharizad TENGKU-DAHLANFuture Earth in Asia: Hein MALLEEIGAC/IGAC MANGO: Hiroshi TANIMOTOLESTARI UKM: Mohd Talib LATIFF

SC Candice LUNG

09:30 – 09:50IGAc/IGAc mAnGo: The role of low-cost sensors in atmospheric chemistry research

Hiroshi TANIMOTO

09:50 – 10:10 Group photo & coffee Break

10:10 – 12:00 self-introduction SC Candice LUNG

12:00 – 13:30 lunch

13:30 – 14:50session 1: Systems thinking and slow-onset climate disasters (SOCDs)

Katrina PROUST & Barry NEWELL

14:50 – 15:10 Instructions for grouping exercises and seed grants SC Candice LUNG, Katrina PROUST &

Barry NEWELL

15:10 – 15:40 coffee Break

15:40 – 17:00session 2:Unseen Links, Hidden Patternshands-on group activity


Plenary session: 2F Lecture room, Institute of Earth Science, Academia Sinica; Group discussion: 2F Lecture room and Social hall, Institute of Earth Science, Academia Sinica.

18:00 – 20:30 reception dinner party

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day 2 (tuesday, 11 July 2017) mc: Ahmad sufyan mohAmed AslAm

09:00 – 09:40 session 3:AirBox: a participatory ecosystem for PM2.5monitoring Ling-Jyh CHEN

09:40 – 10:20 session 4:PM sensing where it is needed most Richard E. PELTIER


10:40 – 11:20session 5:Dense networks: a vision for the future of air quality and greenhouse gas observations and models

Ronald C. COHEN

11:20 – 12:00session 6:PM sensors in exposure science and community source identification

SC Candice LUNG

12:00 – 13:00 lunch

13:00 – 13:40session 7: Sensors and Health: new opportunities for improving exposure science

Jose Guillermo Cedeno LAURENT

13:40 – 15:10 session 8:PM sensor and data transmission operations (I)

Ling-Jyh CHEN & MingWei (Ahai)

CHENG, Richard E. PELTIER, Ronald C. COHEN, SC Candice LUNG, Chun-Hu LIU,

Joanne HU, Kate CHEN & Joy YEH


15:30 – 17:00 session 9:PM sensor and data transmission operations (II)

17:30 – 21:00 field trip all Plenary session: 2F Lecture room, Institute of Earth Science, Academia Sinica; Group discussion: 2F Lecture room and Social hall, Institute of Earth Science, Academia Sinica.

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day 3 (wednesday, 12 July 2017) mc: Ahmad sufyan mohAmed AslAm

09:00 – 9:40session 10: Trace metal content of coal exacerbates air-pollution related health risks: the case of lignite coal in Kosovo

Noah KITTNER

09:40 – 10:20session 11: IoT Information Security and implications in crowd sourced data

Jason WANG


10:40 – 11:20 session 12: Device security is a shared responsibility Jeffrey CHENG

11:20 – 12:00 session 13: Data visualization demonstration with case studies

Ling-Jyh CHEN & SC Candice LUNG

12:00 – 13:00 lunch

13:00 – 15:00

session 14: panel discussionBig data analytics and interpretation of the air pollution monitoring information from IT and atmospheric chemistry perspectives

Ronald C. COHEN, Richard E. PELTIER,

Ling-Jyh CHEN, Noah KITTNER&

Jason WANG


15:30 – 17:00

session 15: panel discussionBig data analytics and interpretation of the air pollution exposure information from IT and environmental health perspectives

Jose Guillermo Cedeno LAURENT

& SC Candice LUNG

Plenary session: 2F Lecture room, Institute of Earth Science, Academia Sinica; Group discussion: 2F Lecture room and Social hall, Institute of Earth Science, Academia Sinica.

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18:00 – 20:30

side meeting

International PM sensor network (Invited only)

Focus: (i) discussion on international protocols for sensors in outdoor, indoor, and personal exposure settings

(ii) potential architect of an international PM sensor network and roles of partners

Ling-Jyh CHEN, Ronald C. COHEN, Noah KITTNER, Jose Guillermo Cedeno LAURENT, Kaitlyn LIESCHKE, SC Candice LUNG, Piers MACNAUGHTON, Hein MALLEE, Barry NEWELL, Richard E. PELTIER, Katrina PROUST, Hiroshi TANIMOTO, Jason WANG, and others.

Meeting Room 2, Activity Center, Academia Sinica.

day 4 (thursday, 13 July 2017) mc: ch Jeffery lee

09:00 – 10:20 session 16: Where are the leverage points?



10:40 – 12:00 session 17: The bigger picture – seeing the complexity


12:00 – 13:30 lunch

13:30 – 14:50session 18: panel discussionCross-sector collaboration with systems approach

Katrina PROUST,Barry NEWELL,Hein MALLEE,

SC Candice LUNG &Ling-Jyh CHEN


15:10 – 17:00session 19:Group discussingPlanning PM-sensor research with CCM diagrams

Katrina PROUST &Barry NEWELL

Plenary Session: Meeting Room 122 and 124, Research Center for Information Technology Innovation, Academia Sinica; Group discussion: Meeting Room 122 and 124 , Research Center for Information Technology Innovation, Academia Sinica.

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day 5 (friday, 14 July 2017) mc: Ahmad sufyan mohAmed AslAm

09:00 – 10:30

Group presentation IGroup 1 (30 min)Group 2 (30 min)Group 3 (30 min)

SC Candice LUNG,Katrina PROUST &

Barry NEWELL


10:50 – 11:50Group presentation IIGroup 4 (30 min)Group 5 (30 min)

SC Candice LUNG,Katrina PROUST &

Barry NEWELL

11:50 – 12:20

closing ceremonyClosing remarks:

IRDR ICoE-Taipei: Chao-Han LIUICSU ROAP: Tengku-Sharizad TENGKU-DAHLANFuture Earth in Asia: Hein MALLEEIGAC/IGAC MANGO: Hiroshi TANIMOTOLESTARI: Mohd Talib LATIFF

Certificate Awarding

SC Candice LUNG

Plenary Session: Meeting Room 122 and 124, Research Center for Information Technology Innovation, Academia Sinica;

12:20 – 14:30 farewell Banquet

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speAker / moderAtor / Guest

kate chenAdministrative AssistantResearch Center for Environmental ChangesAcademia Sinica taiwanEmail: [email protected]

Kate received her Bachelor’s Degree from the Department of Business Administration, Fu Jen Catholic University, New Taipei City, Taiwan in 2015. She will help to demonstrate a wearable PM+CO2 sensor with Chun-Hu LIU. This device can be used for the personal exposure monitoring and indoor air quality assessment. She is a quick learner and is interested in language learning. Besides Chinese and English, she also speaks Taiwanese, French, and a little bit of Italian. She works for Dr. SC Candice LUNG as an administrative assistant since December 2015.

ling-Jyh chenAssociate Research FellowInstitute of Information ScienceAcademia SinicataiwanTel: +886-2-2788-3799 #1702Email: [email protected]

Ling-Jyh Chen is working as an Associate Research Fellow at the Institute of Information Science, Academia Sinica. His research interests lie in the area of networked sensing systems and applications. The primary objective of his research is to investigate theoretical models of real world systems, to conduct real world deployment to verify theoretical models, and to combine theoretical models and system deployment to solve real world problems.

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Jeffrey chenGSenior ManagerDepartment of Business DevelopmentTrend Micro taiwanTel: +886-2378-9666Email: [email protected];

Devoted in software industry for 17 years, Jeffrey Cheng is experienced in the field of multimedia and information security. After a decade as a product manager, he is currently a business developing manager and technology evangelist for IoT related information security at Trend Micro Inc. Trend Micro is a global security software vendor, protecting millions of devices from malicious cyber-attacks on a day-to-day basis. The company conducts extensive research on areas that include PC, mobile devices, servers, cloud infrastructures, ICS and a complete array of internet-connected devices and vehicles.

mingwei (Ahai) chenGCo-FounderRododo Science LLCtaiwan

Having lived in central Taiwan; the district with the most serious air pollution, Ahai has devoted himself in promoting open-sourced Airbox DIY-making in the LASS community. Using IOT Technologies, he wants to make air pollution visible as real numbers, with hope that it would raise awareness towards air pollution and drive efforts towards reducing it. With LASS Projects: Hack4U 87-live. LASS4U

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mei-yin chouVice PresidentAcademia Sinica Distinguished Research FellowInstitute of Atomic and Molecular Sciences,Academia SinicataiwanEmail: [email protected]

Dr. Mei-Yin Chou works in the field of theoretical condensed matter physics, with a research focus on the electronic properties of novel materials of fundamental and technological interest. In the past few decades, she has established herself as one of the leading figures in first-principles electronic-structure calculations. She obtained her Ph.D. in Theoretical Condensed Matter Physics from the University of California at Berkeley in 1986. After working for Exxon Research and Engineering Company in New Jersey as a postdoctoral fellow, she accepted a faculty position at Georgia Institute of Technology in 1989. She was promoted to Associate Professor in 1993 and to Professor in 1998. In addition, she was the ADVANCE Professor of Science at Georgia Tech in 2002-2006, and Chair of the School of Physics in 2005-2010. She became Director and a Distinguished Research Fellow of the Institute of Atomic and Molecular Sciences at Academia Sinica in January 2011, and an Adjunct Professor at National Taiwan University in August 2011. Professor Chou received the Alfred P. Sloan Research Fellowship in 1990-1992, the David and Lucile Packard Fellowship in 1990-1995, and the Presidential Young Investigator Award from National Science Foundation in 1991-1996. She was elected Fellow of the American Physical Society in 2002 and Academician of Academia Sinica in 2014, and won the Taiwan Outstanding Woman Scientist Award in 2013.

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ronald c. cohen ProfessorChemistry and of Earth and Planetary Sciences,UC BerkeleyusATel: +1- 510-642-2735Email: [email protected]

Ronald C. Cohen was born in New York. He obtained his BA with High Honors from Wesleyan University, CT (1985), and a PhD in Chemistry, from the University of California, Berkeley (1991), and was a postdoctoral fellow at Harvard (1991-1996). He joined the UC Berkeley faculty in 1995 where he is Professor of Chemistry, Professor of Earth & Planetary Science and Associate Dean. He is a faculty scientist at the Lawrence Berkeley National Laboratory. Cohen served as Director of the Berkeley Atmospheric Science Center (2006-2016). Cohen combines satellite, in situ and laboratory observations to guide thinking about air quality and climate. He has shown that organic nitrates are a central feature of the chemistry Earth’s atmosphere. In his newest project, he is building instruments and models for understanding urban greenhouse gas emissions, air quality trace gases and aerosol with unprecedented spatial resolution: www.beacon.berkeley.edu. This project represents “Climate Data Initiative,” recognized by the Obama administration’s Climate Data Initiative in 2014. It is embedded in the Koret Institute of Personal Prevention (KIPP), an institute dedicated to understanding the relationship between the atmosphere and asthma. Cohen has published 223 papers, with ~9800 citations, h-index 59 (ISI). He is a Fellow of AGU (2012) and received the Champion of Science Award from the Chabot Space and Science Center (2013). He has mentored 31 MS and PhD students, many of whom now hold positions in top ranked chemistry, atmospheric science and environmental engineering departments at universities in the U.S., Canada and Korea.

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Joanne hu Research AssistantResearch Center for Environmental Changes, Academia Sinica taiwanEmail: [email protected]

Joanne received her Bachelor of Science from the Department of Public Health, Chung Shan Medical University, Taiwan, in 2000. She then enrolled at the Medical College, National Cheng Kung University, Taiwan and received her Master of Science in Environmental and Occupational Health in 2002. She is resourceful, skillful, and loves to read. Her research interests are public health and air pollution. She worked as environmental chemist, project manager and freelance designer before. Now she works for Dr. Candice LUNG as a research assistant since 2013. She will demonstrate a street-level air quality sensing system, which is low cost and will be applied to monitor air quality in communities under a well-designed scientific framework.

noah kIttnerResearcherRenewable and Appropriate Energy Laboratory (Energy and Resources Group) University of California, BerkeleyusAEmail: [email protected]

Noah Kittner is a PhD student in the Renewable and Appropriate Energy Lab at the University of California, Berkeley and National Science Foundation Graduate Research Fellow. Kittner has researched renewable energy issues in Southeast Asia and South East Europe for over 8 years, including stints as a Fulbright Fellow at the Joint Graduate School of Energy and Environment researching air pollution impacts of using solar electricity in Bangkok, Thailand. He has worked in Uganda analyzing deforestation trends and biomass fuel use, installed solar panels in Mexico, and conducted electricity grid modeling in Kosovo and South East Europe. Recently, he co-authored Scaling Up Solar PV: A Roadmap for Thailand written in conjunction with the Thai Ministry of Energy and won an award from the US National Go Solar Foundation for his work on solar photovoltaics. His research has been supported by the National Science Foundation, Berkeley Center for Green Chemistry, and USAID. His research on energy systems modeling and environmental impacts of solar PV and energy storage using life cycle assessment tools has been published in peer-reviewed journals including Nature Energy, Environmental Research Letters, Energy Policy, Energy for Sustainable Development, Biomass and Bioenergy and Renewable Energy.

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Jose Guillermo (memo) cedeño lAurentResearch Fellow & Program LeaderProgram of Energy Efficiency and Carbon Mitigation Technologies Sustainable Technologies and Health teamCenter for Health and the Global EnvironmentHarvard T.H. CHAN School of Public HealthusAEmail: [email protected]

Dr. Jose Guillermo (Memo) Cedeño Laurent works with the Center for Health and the Global Environment’s Sustainable Technologies and Health team as the Program Leader for Energy Efficiency and Carbon Mitigation Technologies. Memo’s research interests include indoor environmental quality and health, the built environment and sleep quality, and environmental sensor networks. Currently, Memo is coordinating the Center’s research efforts on exposure to chemicals and health through the Marilyn Hoffman Program, which aims to advance our understanding of the health consequences of chemicals and other toxins, especially among vulnerable populations. Memo holds a B.S. in Mechanical Engineering from Monterrey Tech and worked in the automotive industry in both Mexico and Germany. Memo then received a M.S. degree in Energy Engineering from Aachen University, in Germany. While in Germany, he wrote his master’s thesis on novel carbon dioxide capture methods at the Institute of Energy and Climate Research at the Juelich Research Center. In 2014, he graduated from the Harvard T.H. Chan School of Public Health with a Sc.D. degree in Environmental Health, under the mentorship of the Center’s Director, Dr. John D. Spengler.

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kaitlyn J. lIeschkeGraduate Student ResearcherUniversity of California, BerkeleyusAEmail: [email protected]

Kaitlyn J. Lieschke received her Bachelor of Science with Advanced Honours in Chemistry from the University of Wollongong, Australia (2015). She was a member of the University of Wollongong Centre for Atmospheric Chemistry as both an honours research student and a research assistant (2015-2016) investigating observed and simulated long-term trends in trace gas abundances in southeast Australia. She completed a research scholarship at the University of Melbourne (2016) evaluating a chemistry climate model using ozone metrics and also spent six-weeks aboard the Research Vessel Investigator (2016) measuring aerosols and atmospheric composition above the Southern Ocean. Currently a Graduate Student Researcher at the University of California at Berkeley, Lieschke is the recipient of a Hellman Graduate Award and studies spatial and temporal changes in aerosols using a dense network of low cost sensors in the San Francisco Bay Area.

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chao-han lIuCorresponding Research FellowInstitute of Astronomy and AstrophysicsAcademia SinicataiwanEmail: [email protected]

Chao Han Liu became Vice President of Academia Sinica in October, 2006 after serving as President of the National Central University in Taiwan for 12 years and as Chancellor of the University System of Taiwan for 4 years. He started his academic career at the University of Illinois at Urbana-Champaign in 1965 where he taught Electrical Engineering for 25 years before returning to Taiwan in 1990. He is an internationally recognized leader in Solar Terrestrial Physics. From 1981 to 1999, he played important leadership roles in the Scientific Committee on Solar Terrestrial Physics (SCOSTEP) of ICSU, first as its Scientific Secretary and later as the President. During his tenure, the Committee planned, launched and coordinated three major decade-long international space science programs for solar terrestrial physics, each with the participation of hundreds of scientists all over the world. He played an important role in the development of the Space Program in Taiwan, as one of the original members of the planning committee in the early 90’s and later a member of the steering committee for the first 15 years of the program. Since the mid-90’s, he has led group of scientists with different disciplinary background to carry out global change research in Taiwan and established Taiwan as a regional leader in this field internationally. He is the Chairman of the Southeast Asia Regional Center for START (SARCS) which coordinates the international global change research and capacity building for the ten Southeast Asia countries. He is an academician of the Academia Sinica and a member of TWAS.

chun-hu lIuResearch TechnicianResearch Center for Environmental Changes, Academia Sinica taiwanTel: +886-26539885#268Email: [email protected]

Chun-Hu Liu received his Master’s degree from the Department of Environmental and Occupational Health, College of Medicine, National Chen Kung University, in 2002. He has 15 years of experience in research at the Research Center for Environmental Changes in Academia Sinica. Currently, his research focuses on the application of PM sensors. He will demonstrate a portable air quality sensor. This sensor is the collaboration output of Dr. Candice Lung’s and Dr. Ling-Jyh Chen’s groups. The air quality sensor is low cost and easy to use.

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shih-chun candice lunGResearch FellowResearch Center for Environmental Changes Academia SinicaExecutive DirectorIntegrated Research on Disaster Risk International Centre of Excellence-Taipei (IRDR ICoE-Taipei)taiwanTel: +886-2-2653-9885 ext 277Email: [email protected]

Professor Shih-Chun Candice Lung received her doctoral degree from the School of Public Health, Harvard University, where she double majored in Environmental Pollution and Environmental Health Management. She is currently a Research Fellow at the Research Center for Environmental Changes, Academia Sinica (AS) in Taipei, Taiwan. She is also currently the Director of International Affairs at the Center for Sustainability Science, AS, which hosts the Integrated Research on Disaster Risk, International Centre of Excellence in Taipei (IRDR ICoE-Taipei). She is the project leader of “Vulnerability Assessment for Heat Wave and Relevant Adaptation Strategy Recommendations” with an integrated research framework connecting scientists from environmental sciences, information technology, public health, and social sciences, to conduct solution-oriented project in order to reduce health risks from both heat stress and PM2.5 during heat waves. She has also led a green transportation project aiming at assessing the co-benefit of green transportation planning on health and climate change adaptation with a systems approach. She actively participates in science-policy dialogues and has been invited to join various committees in several government agencies regarding pollution control, health adaptation, and sustainable planning. Professor Lung has engaged in various IRDR activities and organized several international trans-disciplinary training workshops to streamline the communication between scientists and stakeholders.

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piers mAcnAuGhtonAssociate DirectorHealthy Buildings Program, Center for Health and the Global Environment, Harvard T.H. Chan School of Public HealthusAEmail: [email protected]

Piers MacNaughton, ScD, is an associate director of the Healthy Buildings Program at the Center for Health and the Global Environment, Harvard T.H. Chan School of Public Health. His research focuses on the influence of the built environment on health. Presently, he manages The CogFx Study, which investigates the link between green buildings, health, and productivity in commercial offices. In collaboration with architects, designers, property owners, building mangers and researchers, he works on applying the findings of this research to the U.S. building stock to promote healthier work environments. He has also led projects in residential and academic settings, investigating a wide range of exposures and their health impact. In public housing, he has helped quantify the benefit of smoke-free policies. In schools, he has developed a comprehensive database of environmental variables, absenteeism and test scores for all schools in Massachusetts, and managed a study of environmental exposures among Harvard University undergraduates in different dorms. Dr. MacNaughton graduated from Tufts University in 2012 with a degree in environmental engineering and subsequently from the Harvard T.H. Chan School of Public Health in environmental health.

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hein mAlleeDirectorRegional Centre for Future Earth in AsiaProfessorResearch Institute for Humanity and NatureJapanEmail: [email protected]

Hein Mallee is a social scientist with a Ph.D. from the Leiden University, the Netherlands. His work was initially concerned with migration and related policies in China, but as he started working in international development (with the Netherlands Government, the Ford Foundation and Canada’s International Development Research Centre), he became involved in projects on rural development, natural resources management and poverty alleviation both in China and in Southeast Asia. The dominant theme in this was local people’s involvement in and rights to resources. In the past eight years, Hein has worked on issues relating to human health and environment (“Ecohealth”), building on the foundation of local participation and rural development. He has been a professor at the Research Institute for Humanity and Nature in Kyoto, Japan, since March 2013. He coordinates the Regional Center for Future Earth in Asia.

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Barry newellHonorary Associate Professor Fenner School of Environment and SocietyANU College of Medicine, Biology and EnvironmentHonorary Associate ProfessorResearch School of EngineeringANU College of Engineering and Computer ScienceAustraliaTel: +61 2 6281 6058 or 0488 572 309Email: [email protected]

Dr. Barry Newell is a physicist who focuses on practical and theoretical studies of the dynamics of human-environment systems. He has a particular interest in the decomposability of dynamically complex systems—a critical issue in system modelling and analysis. He balances his theoretical work with the development of practical trans-disciplinary methods for adaptive-policy making in situations dominated by uncertainty. This work has led to the systems thinking and modelling approach called Collaborative Conceptual Modelling (CCM) that he has developed in collaboration with Dr. Katrina Proust. He is the co-author, with Robert Dyball, of the textbook Understanding Human Ecology: A systems approach to sustainability. Barry’s research career spans some 50 years, and includes observational studies of stellar and galactic systems, the structure of stellar atmospheres and computation of their emergent spectra, operations research and production-system improvement with major manufacturing and mining companies, and the dynamics of human health and wellbeing in urban systems. He is experienced with low-level light detectors and the automated reduction of astronomical data. Barry has held research and teaching positions at Yale University Department of Astronomy, Kitt Peak National Observatory (Arizona), and Mount Stromlo and Siding Spring Observatories (ANU). He is currently an Honorary Associate Professor at the Fenner School of Environment and Society, and the Research School of Engineering, both at The Australian National University.. He is also a Visiting Research Fellow at the International Institute for Global Health at the United Nations University in Kuala Lumpur.

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richard peltIerAssociate Professor School of Public Health and Health SciencesUniversity of Massachusetts AmherstusATel: +1- 413-545-1317Email: [email protected]

Rick Peltier is an Associate Professor in the Department of Environmental Health Sciences at the University of Massachusetts Amherst. He completed his PhD in Atmospheric Chemistry from Georgia Institute of Technology. Prior to this, he earned a Master’s of Public Health in Environmental Health from Columbia University. His group is active in both field- and laboratory-based research that is centered on using aerosol chemical speciation data to identify the components and sources most strongly associated with particle health effects. Much of his laboratory’s focus is on exposures in the developing world, with current and past research projects across South Asia and in parts of West Africa. He is a Rosenblith recipient from the Health Effects Institute (Boston, USA), and is the deputy Editor in Chief of the Journal of Exposure Science and Environmental Epidemiology.

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katrina proustVisiting FellowFenner School of Environment and SocietyANU College of Medicine, Biology and EnvironmentAustraliaTel: 0459 450 164 Email: [email protected]

Katrina Proust is a Visiting Fellow in the Fenner School of Environment and Society at the Australian National University (ANU) in Canberra, and a Visiting Research Fellow at the United Nations University International Institute for Global Health in Malaysia. Her research interests address the historical factors and feedback dynamics that shape relationships between humans and our environment. Katrina has contributed to the work of the International Council for Science (ICSU) in the Regional Office for Asia and the Pacific (ROAP), in particular to the ROAP Science Plan on Health and Wellbeing in the Changing Urban Environment: a systems approach (2012). She has a PhD (ANU) in environmental and applied history, with a focus on the systemic nature of complex human-environment relationships. Together with Barry Newell she has developed the Collaborative Conceptual Modeling, an approach which provides a conceptual framework to support studies of human-environment feedback systems. The approach has been applied in a large range of complex systems. Together, Proust and Newell have conducted over 100 workshops using this approach with professional and student groups in Australia and overseas. Katrina is currently involved in a project that explores the historical perspectives of the interplay between public health and urban planning in George Town, Penang. The project team blends history and system dynamics to develop insights into the forces and causal relationships that affects the level of collaboration between public health and urban planning during the city’s development. The project is funded by the Wellcome Trust (UK).


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hiroshi tAnImotoCo-ChairMonsoon Asia And Oceania Networking Group,International Global Atmospheric Chemistry (IGAC)HeadCenter for Global Environmental Research (Global Atmospheric Chemistry Section),National Institute for Environmental StudiesJapanEmail: [email protected]

Hiroshi Tanimoto is the Head of Global Atmospheric Chemistry Section at National Institute for Environmental Studies (NIES) in Tsukuba, Japan. He received his PhD in Chemistry from The University of Tokyo in 2001 and was a visiting scholar at Harvard University during 2007–2008. Dr. Tanimoto has been working in the field of atmospheric composition in Asia and Oceania regions. Over the past years, his group has developed novel instruments, made field measurements at surface stations and ships, and analyzed the data with extensive use of chemistry-transport models and satellite observations to investigate atmospheric chemistry and its impacts on global change. In particular, he has been studying tropospheric ozone issues and their long-term trends in East Asia, contributions from anthropogenic/biomass burning emissions, and long-range transport of ozone and its precursors. He recently extended his research to air-sea interaction/biogeochemistry, in close collaboration with chemical and biological oceanographers. He currently serves as the co-chair of the International Global Atmospheric Chemistry (IGAC) project.

Jason wAnGPartner and Co-Founder Cypress River AdvisorsEmail: [email protected]

Joy yehResearch assistant of Dr. Candice LUNGResearch Center for Environmental ChangesAcademia Sinica Email: [email protected]

Joy received her bachelor’s degree from the Department of Environmental Engineering and Science, Feng Chia University, in 2013. Following that she received her master’s degree from the Institute of Environmental Engineering and Management, National Taipei University of Technology in 2016. Her research interest is air pollution. After receiving her master’s degree, she currently works for Dr. Candice LUNG as a research assistant. She will help to demonstrate an air quality sensing system with fixed-location monitoring.

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PRESENTATION DESCRIPTION


GAc/IGAc mAnGo: The role of low-cost sensors in atmospheric chemistry research

Hiroshi TANIMOTO

Hiroshi Tanimoto, National Institute for Environmental Studies, Japan

Alastair Lewis, University of York, UK

Megan L. Melamed, International Global Atmospheric Chemistry Project

Oksana A. Tarasova, World Meteorological Organization

Low-cost air pollution sensors are an exciting opportunity for atmospheric chemistry research and are a potentially disruptive technology for air pollution monitoring. The benefits of using sensors are clear – they may allow many new observations to be made economically, with high spatial densities and provide a means to track human exposure to air pollution when carried on a person. There is a growing body of literature that shows sensors can be prone to cross-interferences from other atmospheric pollutants, are very sensitive to environmental variables such as temperature and humidity, and have untested medium and long-term stability. They are also difficult to calibrate using existing reference materials. It is vital therefore that users of low cost sensors validate that performance meets the technical requirements of specific research applications. Current literature would support the use of low cost sensors when a qualitative measure of the temporal variability of air quality is required. There are some evidence that the best sensors can give a measure of the spatial variability of air pollution, but currently there is little or no evidence that sensors are yet appropriate for measuring regulatory standards or for determining longer term trends in pollution.

session 1: Systems thinking and slow-onset climate disasters (SOCDs)

Barry NEWELL & Katrina PROUST

In this session we will introduce participants to basic system concepts and tools. We will briefly discuss SOCDs as human-environment problems in order to highlight the cross-sector focus of the Advanced Institute. The session will contain two modules:

Systems Thinking in Practice

- What it means to take a systems approach, and why it is important

- Basic system dynamics concepts – accumulation, feedback, dynamic complexity

- Seeing SOCDs as system problems

- Collaborative Conceptual Modelling (CCM)

Constructing Influence Diagrams

- Capturing stories of change – system structure and big data analysis

- Describing system structure using influence diagrams (IDs)

- Basic approach to constructing IDs

- Getting started: facilitated practice example

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session 2: Unseen Links, Hidden Patterns


In this session participants will gain first-hand experience constructing IDs. They will consider the potential contributions of pollution measurements and big data analysis to the cross-sector efforts that are needed to combat the Indonesian forest fires.

Hands-on activity:

- Participants construct individual IDs capturing their view of the forces that drive the Indonesian forest/peat fires. They will be asked to consider the relationship between (a) pollution measurements, and (b) key variables that indicate the state of the wider human-environment system.

- Participants work in pairs to blend their two IDs.

- Presentation and discussion of a selection of the blended IDs

session 3: AirBox: a participatory ecosystem for PM2.5 monitoring

Ling-Jyh CHEN

In this talk, we present a participatory urban sensing project for PM2.5 monitoring. The key feature of this project is its open architecture, which is based on the principles of open hardware, open source software, and open data. By working closely with government authorities, industry partners, and maker communities, we have constructed an effective ecosystem for participatory urban sensing of PM2.5 particles. Based on our deployment achievements to date, we provide a number

of data services to improve environmental awareness, trigger on-demand responses, and assist future government policymaking. The project is highly scalable and sustainable with the potential to facilitate the Internet of Things, smart cities and citizen science in the future.

session 4: PM sensing where it is needed most

Richard E. PELTIER

Profound disease burden attributed to air pollution exposure is indisputable, but we still lack the necessary data to assess these levels across much of the world. To understand exposure, this will require intense measurement effort to describe pollution levels in both communities and personal exposures. Low cost PM sensing is rapidly becoming a crowded field, yet it is still difficult to build a fully reliable sensor package that emulates regulatory grade monitors. Investigators worldwide struggle with balancing reliability and precision, with cost and complexity, which often are directly proportional to one another. Until we resolve these technical limitations, we still must manage a complex and difficult public health burden, which profoundly affects the health of many, especially in the developing world where pollution is worse and resources are poor. This presentation reinforces the need to engage the developing world with suitable sensors that are effective in both their quantitative capacity, but also remain economically viable by low and middle income communities. We summarize some of the commercial and do it yourself approaches currently available, as well as introduce the LoCASE sensors to which are suited for monitoring in highly polluted locations at very low costs.

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session 5: Dense networks: a vision for the future of air quality and greenhouse gas observations and models

Ronald C. COHEN

We are in the midst of a data revolution. It has two parts. First, there is an explosion in the number and type of observations. The second is slower and more subtle. It is the change in how we use data to think about the world. There are questions that could never have been asked without the explosion in data and the answers are producing new insights into the way the world works. Observations of the atmosphere are no exception. It is possible to observe the atmosphere with a density of measurements in space and time that is orders of magnitude beyond what was possible 10 years ago. Where we used to think in terms of one or two measurement locations in a city, or that our primary window into the chemistry of the atmosphere might be short chemically comprehensive field campaigns, it is now possible to envision sprinkling measurements everywhere. This first phase of dramatically enhanced observations is coming upon us quickly. The second phase where ideas for how to use that information to learn something is less clear. In this talk I provide examples of my group’s approach to this revolution in observing and learning about the atmosphere.

session 6: PM sensors in exposure science and community source identification

SC Candice LUNG

To reduce air pollution exposure levels is important since no health impacts would occur if people are not exposed to pollutants. Air pollutant exposure levels have been assessed with personal samplers and monitors for the past 30 years. Nowadays, with newly developed light-weight and inexpensive sensors, more studies can be conducted to assess actual exposure levels of the general public, rather than the ambient levels from EPA stations which are usually lower. Additionally, important community sources can be investigated. Community sources are those emission sources existing in the residential communities and affecting daily exposure levels of the residents, such as direct traffic emission, restaurants, temples, etc. PM sensors can be set-up in street levels to assess the contribution of these community sources to the community air pollutant levels. In addition, PM sensors can be placed in the indoor environments to assess home indoor/outdoor levels where the residents spend a significant portion of their time. Moreover, PM sensors can be carried by the public to assess their actual exposures over time. Along with health-indicator sensors, air pollution exposure and health impacts can be assessed. Important factors can be evaluated to actually provide practical ways to interrupt exposure pathways and reduce health risks.

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session 7: Sensors and Health: new opportunities for improving exposure science

Jose Guillermo (Memo) Cedeno LAURENT

Recent improvements in sensor technologies have expanded the realm of solvable questions about the effects of environmental exposures on health. People nowadays are willingly, and sometimes inadvertently, using these tools to quantify multiple aspects of their lives. While these data streams promise a revolution in the way we conduct research, and offer immense possibilities for researchers from different areas, sometimes data quality is still not ready to provide the answers that we want. In our practice as environmental exposure scientist, we recognize the strengths and limitations of low-cost monitoring networks. We will present cases of how we have been successful in utilizing commercially available instruments, in combination with in-house developed algorithms to process and interpret the data. We will also talk about possible uses to available sensor technologies and how documenting their practical uses might be a catalyzer to their further development.

session 8–9: PM sensor and data transmission operations (I & II)

Ling-Jyh CHEN & MingWei (Ahai) CHENG, Richard E. PELTIER, Ronald C. COHEN, SC Candice LUNG, Chun-Hu LIU, Joanne HU, Kate CHEN & Joy YEH

Participants in five groups will be rotated through five different demonstration tables to learn how to assemble, set-up, and operate different sensors for different research purpose. Each demonstration is allocated 30 minutes.

field trip

All the participants and interested speakers will have a bus tour around different types of communities to first-hand experience different types of air pollution sources. This trip will be ended in one of the night markets in Taipei where the participants/speakers will have dinner on their own. Portable sensors will be distributed to the participants/speakers to assess real-time PM levels. Data will be stored and presented in next day. Details of the field trip will be handed out in the AI.

session 10: Trace metal content of coal exacerbates air-pollution related health risks: the case of lignite coal in Kosovo

Noah KITTNER

More than 6,600 coal-fired power plants generate electricity around the world and serve an estimated five billion people. Globally, coal processing and combustion contribute 46% of annual CO2 emissions, and the resulting gases and particulate matter from coal combustion often contain toxic trace metals. The decades-old Kosovo A and B power stations, Europe’s largest point source of air pollution, generate 98% of Kosovo’s total electricity and are due for replacement. Kosovo will rely on investment from international financial institutions and external donors to replace these plants. Here, we examine non-CO2 based emissions and health impact pathways by using inductively-coupled plasma mass spectrometry (ICP-MS) to analyze trace metal concentrations in pre-combusted lignite coal from the mine and power plant in Obilic, Kosovo. We find significant trace metal concentrations per kWh of final electricity delivered (As (22.3 +/- 1.7), Cr (44.1 +/- 3.5), Hg (0.08 +/- 0.010),

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and Ni (19.7 +/- 1.7) mg/kWhe), posing a public health hazard even with substantial grid efficiency improvements. We explore the air-pollution risk-related deaths and illnesses of several proposed alternative energy development pathways. Kosovo could avoid approximately 2,300 premature deaths and 1,200,000 illnesses by 2030 with investments in an alternate package headlined by energy efficiency and solar PV backed-up by natural gas. We use this analysis to explore potential big data and statistical applications of advanced sensors and air pollution monitoring equipment that can support these types of measurements and estimated health impacts.

session 11: IoT Information Security and implications in crowd sourced data

Jason WANG

This talk includes five main issues:1) IoT Market and Scale2) Critical infrastructure and IoT3) The current threat matrix4) Defense in Depth and Business Models5) Impact on participatory science and the public private partnership

session 12: Device security is a shared responsibility

Jeffrey CHENG

Everything is connected, or connecting to the internet now. With the widely-accepted “cloud services”, information security is overlooked at most cases. In this lecture, multiple real-world cases regarding information security will be shared. With the record-high instant DDoS (Distributed Denial of Service) traffic took place in 2016, governments are paying high attention

on similar information security topics. Let the speaker of this lecture take you to a quick tour of recent security incidents across IoT devices, together with high-level recommendations for creating a secure internet-facing device.

session 13: Data visualization demonstration with case studies

Ling-Jyh CHEN & SC Candice LUNG

In this talk, we present a set of data visualization tools developed in the AirBox project. Using such tools, we demonstrate several case studies that provide more insightful information of air pollution events at a much finer-grained spatio-temporal resolution. We also discuss the lessons learned and open issues about data visualization for Internet of Environmental Things (IoET) in the future.

session 14: Panel discussion

Ron COHEN, Richard PELTIER, Ling-Jyh CHEN, Noah KITTNER & Jason Wang

Big data analytics and interpretation of the air pollution monitoring information from IT and atmospheric chemistry perspectives

(i) sensor calibration, (ii) individual moderation, and (iii) data visualization

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Ron COHEN, Richard PELTIER, Ling-Jyh CHEN, Noah KITTNER & Jason Wang

Big data analytics and interpretation of the air pollution exposure information from IT and environmental health perspectives:

(i) sensor calibration, (ii) individual moderation, and (iii) data visualization

session 16: Where are the leverage points?


In this session we will introduce the system dynamics notion of ‘leverage points’, where small changes can have big effects, and explain the use of system archetypes to identify leverage points in complex systems. The group activity will involve constructing an archetype-based ID for a selected policy problem, and using that ID to discuss potential leverage points.

session 17: The bigger picture – seeing the complexity

Barry Newell & Katrina Proust

In this session participants will be introduced to a range of issues that illustrate the importance of looking widely at the potential drivers of unexpected and unwanted change. Groups will then work to develop broadly focused IDs that illustrate the wide range of variables that are potentially important in investigations of the impact of pollution on human health. These broad IDs will provide a glimpse of the complexity of human-

environment systems. Participants will be asked to consider what data, in addition to pollution measurements, are needed (a) to improve understanding of the impacts of pollution on human health, and (b) to design policies to reduce these impacts.


Katrina PROUST, Barry NEWELL, Hein MALLEE, SC Candice LUNG & Ling-Jyh CHEN

Cross-sector collaboration with systems approach among scientists from air-pollution, sensory technology, and big data analytics

session 19: Group discussing looking outward – planning research collaborations

Barry Newell & Katrina Proust

In this session the groups will prepare for the Day 5 discussions. Each group will begin by selecting a specific SOCD to act as the target of a multi-disciplinary project. They will construct an ID representing a causal structure that they suggest drives the evolution of that SOCD. The group will simplify this initial ID to isolate the dominant state variables, and to specify the suite of measurements needed to understand the dynamics of their selected SOCD. Once the suite of measurements has been defined, it should be possible to “look outward” – to identify the full range of researchers who need to be included in the project team.

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LIST OFPARTICIPANTS

pArtIcIpAnts

BAnGlAdesh

Abdus sAlAmProfessorDepartment of ChemistryUniversity of DhakaDhaka 1000BANGLADESHEmail: [email protected]

Dr Abdus Salam is a Professor in the Department of Chemistry, University of Dhaka. His research interest is in atmospheric science, in particular air quality monitoring, chemical characterization, biomass burning, trace gasses emission, aerosol optical depth (AOD) measurements, and health and climate impact studies. For his research on air quality, he operates two observatories in Bangladesh.

fIJI

francis mani sundreshSchool of Biological and Chemical SciencesThe University of the South PacificLaucala Bay, Suva BayFIJIEmail: [email protected]

Francis Sundresh is a lecturer at the University of South Pacific, where he teaches environmental chemistry. His research focuses on greenhouse gas emissions, exploring the mitigation options, environmental pollution monitoring and air pollution. He is very keen to set up an air quality monitoring station at Suva City, where the concentrations of black carbon or sooty particles due to combustion have become a growing concern.

IndIA

manish kumArInstitute of Environment and Sustainable DevelopmentBanaras Hindu UniversityVaranasiINDIAEmail: [email protected]

Manish is a Senior Research Fellow and PhD student at the Institute of Environment and Sustainable Development, Banaras Hindu University. He is currently working on air quality modelling, looking at the finer atmospheric aerosols, their climatology, source apportionment and health impacts, using both ground and satellite based observations.

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Alok kumar pAndeyAssistant ProfessorDepartment of Environmental SciencesCentral University of HaryanaMahendergarh, Haryana-123031INDIAEmail: [email protected]

Alok Kumar is an Assistant Professor at the Department of Environmental Sciences, Central University of Haryana. His research interest is in air pollution analysis using remote sensing as well as modelling. He completed his PhD earlier this year investigating the spatio-temporal variability of air pollutants, vegetation indexes, fire counts, and meteorological parameters over the Indo-Gangetic Plains region.

IndonesIA

Afnindar fAkhruroZIResearch Center for GeotechnologyIndonesian Institute of SciencesJalan Sangkuriang, Komplek LIPIGd. 70, Cisitu, BandungINDONESIAEmail: [email protected]

Afnindar is currently a researcher on spatial information system and remote sensing at the Research Centre for Geotechnology, Indonesian Institute for Sciences. His current work involves 3D modelling and simulation for flood analysis, data mining and clustering on landslide data, and information system and technology for landslide hazard risk reduction and prevention.

Andri fachrur roZIeResearch Center for InformaticsIndonesian Institute of SciencesGedung 10, Lantai 3Jl. Cisitu SangkuriangBandung 40135INDONESIAEmail: [email protected]

Andri is currently a researcher at the Research Centre for Informatics, Indonesian Institute for Sciences. As a software developer, he is involved in the building of servers to store sensor data and to build a corresponding application to access the stored data. He is interested in gaining more information on air quality sensor monitoring data.

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wiwiek setyAwAtIThe Centre for Atmospheric Science and TechnologyPusat Sains dan Teknologi AtmosfirLembaga Penerbangan dan Antariksa NasionalJl. Dr. Djundjunan 133Bandung 40173INDONESIAEmail: [email protected]

Currently a researcher in The Centre for Atmospheric Science and Technology, her research focuses on the atmospheric composition especially in air pollution and greenhouse gases, their impacts and models. As part of her research, she conducts in-situ monitoring of air pollutant and greenhouse gases concentrations from the various monitoring stations throughout Indonesia.

hernani yulInAwAtIDepartment of Environmental EngineeringTrisakti UniversityCampus A, Bldg. K, Jln Kyai Tapa No 1Jakarta 11440INDONESIAEmail: [email protected]

Hernani is currently a lecturer at the Department of Environmental Engineering, Trisakti University where she teaches air quality related courses and coordinates the environmental laboratory on air quality. Her research focuses on air pollution exposures to particulate matter, air quality management and planning in megacities of Southeast Asia.

JApAn

sachiko okAmotoResearch AssociateCenter for Global Environmental ResearchNational Institute for Environmental StudiesJAPANEmail: [email protected]

Sachiko is a Research Associate at the Centre for Global Environmental Research (Global Atmospheric Chemistry Section), National Institute for Environmental Studies in Japan. Her research topic is the atmospheric chemistry at high-altitudes sites. For her research she measures and analyses the variation of O3, CO, CO2 and CH4 at mountain site in Japan. She is interested in the other pollutants including PM2.5. She is very interested in the inexpensive and reliable PM2.5 sensor that will be useful for expansion of monitoring in remote sites.

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mohd talib lAtIfProfessor and Deputy DirectorInstitute of Environment and Development (LESTARI), Universiti Kebangsaan Malaysia,43600 Bangi, SelangorMALAYSIAEmail: [email protected]

Professor Talib is currently the Deputy Director for the Institute for Environment and Development (Lestari), Universiti Kebangsaan Malaysia. He specializes in environmental chemistry and pollution. His current research areas include studying the composition of surfactants from sea surface microlayer, studying the composition of humic-like substances in atmospheric aerosols, the composition of atmospheric aerosols in ambient and indoor environment, and studying the composition of surface ozone and volatile organic carbons.

mohd famey yusoffSenior Principal Assistant DirectorDepartment of EnvironmentMinistry of Environment and Natural Resources No. 25 Persiaran Perdana, Presint 4,Pusat Pentadbiran Kerajaan Persekutuan, 62574 PutrajayaMALAYSIAEmail: [email protected]

Famey is a Senior Officer from the Department of Environment Malaysia, currently pursuing his PhD under the supervision of Prof Dr Mohd Talib Latif, researching on the long term trend of surface ozone which requires analysis of eleven years of hourly data from 35 stations throughout Malaysia. One of the objectives of his study is to understand the impact of long term air pollution on human health, and the ways to manage it. Famey is also a senior officer from the Department of Environment Malaysia with 20 years’ experience dealing with environmental pollution in the country.

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ohnmarmay tIn hlAInGEnvironmental Health ConsultantEnvironmental Quality Management Co. LtdNo. 233, Blok 23, Sayeepin Lane, Thuwunna,Thingungyun, YangonMYANMAREmail: [email protected]

Dr Ohnmarmay is a Medical Doctor as well as an environmental health consultant working on assessing health impact and health risk affected by air pollution. She also works on monitoring ambient and indoor air quality in Myanmar collaborating with the governmental departments, academia, and civil societies aiming to bring forward better air quality management plans. Dr Ohnmarmay conducted the first initiative for air quality project in Myanmar as a principal investigator with the UN Environment Grant in 2007.

pAkIstAn

muhammad fahim khokhArAssociate ProfessorInstitute of Environmental Sciences and EngineeringNational University of Science and Technology44000 IslamabadPAKISTANEmail: [email protected]

Currently an Associate Professor at the Institute of Environmental Science and Engineering – National University of Science and Technology (IESE- NUST) Islamabad, he is the team leader of the Climate Change and Atmospheric Chemistry Research Group (C-CARGO). The main objective of the group is to explore the atmospheric composition over Pakistan and to prepare regional database of different green house, trace gasses and aerosols by exploiting both satellite and ground-based observations. His main research interests are on climate change mitigation and adaptation, air monitoring and assessment.

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maria obiminda l. cAmBAlIZAAssistant ProfessorAir Quality Dynamics ProgramManila ObservatoryAteneo de Manila UniversityKatipunan Avenue, Loyola Heights, Quezon City 1108PHILIPPINESEmail: [email protected]

Maria is currently an assistant professor in the Department of Physics, Ateneo de Manila University as well as a research scientist in the Air Quality Dynamics program of the Manila Observatory. Her interests are in atmospheric composition, urban air quality, greenhouse gases measurements and emission trends in urban environment. She hopes to understand and assess the risks of poor air quality and to develop approaches to reduce the risks in urban environments especially in developing countries.

melliza cruZProject Research AssociateAir Quality Dynamics ProgramManila ObservatoryAteneo de Manila UniversityKatipunan Avenue, Loyola Heights,Quezon City 1108PHILIPPINESEmail: [email protected]

Melliza is currently a full time Project Research Associate in the Air Quality Dynamics Program of the Manila Observatory. She has also taught part-time at the Master of Science in Environmental Management Program of the Philippine Women’s University. Her most recent project studied fine particulate matter dispersion modelling for metro Manila using the California Puff (CALPUFF) model, which was a collaboration between MO and Clean Air Asia. She hopes to use the results of her research to hopefully mitigate the health impacts of poor air quality.

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charlotte kendra de Zuñiga GotAnGcoAssistant Professor and Department ChairDepartment of Environmental ScienceAteneo de Manila UniversityKatipunan Avenue, Loyola Heights, Quezon City 1120PHILIPPINESEmail: [email protected]

Charlotte Kendra is currently a faculty member and the Chair of the Department of Environmental Science, Ateneo de Manila University. She is currently involved in collaborative projects in human-environment dynamics, including climate change and disaster risks, and systems thinking. She is keen in developing skills in systems dynamics modelling for socio-ecological resilience.

Bernard Alan Baluyut rAcomAUniversity of the Philippines – Nationwide Operational Assessments of HazardsNational Institute of Geological SciencesUniversity of Philippines, DilimanQuezon City 1101PHILIPPINESEmail: [email protected]

Bernard Alan Racoma is currently serving as the supervising Information Technology Officer II at the University of Philippines’ Nationwide Operational Assessment of Hazards (UP NOAH). He is currently in charge of a team of developers tasked with the maintenance and enhancement of the WebGIS platform of UP NOAH.

tAIwAn

chun-hsiang chIuPostdoctoral ResearcherResearch Center For Environmental Changes, Academia Sinica, No. 128 Section 2, Academia Road, Nankang,Taipei 11529TAIWANEmail: [email protected]

Chun-Hsiang is currently a postdoctoral researcher at the Research Centre for Environmental Changes, Academia Sinica. He has experience in the field of environmental engineering and management, air pollution control and technology, and synthesis of nanostructural adsorbents and catalysts. His current research seeks to study the effects of environmental pollution on human health.

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delvina sInAGAResearch Centre for Environmental Change, Academia Sinica, No. 128, Section 2, Academia Road,Nankang, Taipei 11529TAIWANEmail: [email protected]

Currently a PhD Student under the Taiwan International Graduate Program at the Research Centre for Environmental Change, Academia Sinica in collaboration with National Central University Taiwan. She is studying about the health impacts of environmental pollution, and she is also trained in air pollution and resource management.

wen-cheng wAnGPostdoctoral FellowResearch Center for Environmental Changes, Academia Sinica, No. 128 Section 2, Academia Road, Nankang,Taipei 11529TAIWANEmail: [email protected]

Wen-Cheng is currently a postdoctoral fellow at the Research Centre for Environmental Changes, Academia Sinica. His research focuses on the formation and diffusion of urban particulate matter and its effects on human. For his research, he uses various models including the source model and the receptor model to analyse the sources and distribution of air pollutants.

thAIlAnd

sathita fAkprApAIAsian Institute of Technology58 Moo 9, Km. 42, Paholyothin HighwayKhlong Nung, Pathum Thani 12120THAILANDEmail: [email protected]

Sathita is a Masters of Environmental Technology and Management graduating student from the Asian Institute of Technology, Bangkok. Her research involves evaluating the quality of low-cost wireless sensors for air quality monitoring. The wireless sensor nodes were applied to monitor haze situation in northern parts of Thailand and the system for real time data were set up and tested. She is keen to set up a better air quality management system in Thailand.

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thipsukon khumsAenGDepartment of Physics and Materials ScienceFaculty of Science, Chiang Mai UniversityChiang Mai 50200THAILANDEmail: [email protected]

Thipsukon is currently a lecturer in the Department of Physics and Materials Science, Chiang Mai University. She obtained her PhD in environmental engineering and management from Asian Institute of Technology, where her dissertation was about how to measure dioxins, PCBs and CBs when burning hazardous materials in high temperature incinerator. Her current research involves analysing the human health and ecosystem quality impacts from air pollution using the Sima Pro model.

vIetnAm

to thi hIenDean of Faculty of EnvironmentDepartment of Environmental TechnologyUniversity of Science, Vietnam National University Ho Chi Minh CityVIETNAMEmail: [email protected]

To Thi Hien is an Associate Professor and currently the Dean of Faculty of Environment, University of Science, Vietnam National University Ho Chi Minh City. She obtained her PhD in environmental chemistry specialising in atmospheric chemistry. Her research interests are on sources, fate and behaviour of contaminants in environment as well as its effects on human health. She is a sub-leader of a project on “Monitoring of Air Pollution and exhaust gas” supported by JST and JICA and has been a member of IGAC-MANGO since 2015.

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orGAnIZer/secretArIAt

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yun-han rika chIn Senior Administrative OfficerIntegrated Research on Disaster Risk International Centre of Excellence (IRDR ICoE-Taipei)(Hosted by the Center for Sustainability Science)Academia Sinica128, Section 2, Academia Road,Nankang 115, TaipeiTAIWANEmail: [email protected]

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yufang hsu Senior Administrative Officer (International Program)Integrated Research on Disaster Risk International Center of Excellence (IRDR ICoE-Taipei)(Hosted by the Center for Sustainability Science)Academia Sinica128, Section 2, Academia Road,Nankang 115, TaipeiTAIWANEmail: [email protected]

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mohd hizamddin JAAfAr

Senior Administrative OfficerInternational Council for ScienceRegional Office for Asia & the Pacific902-4, Jalan Tun Ismail,50480 Kuala Lumpur,MALAYSIAEmail: [email protected]

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chia-hsing Jeffery lee Science OfficerIntegrated Research on Disaster Risk International Center of Excellence (IRDR ICoE-Taipei)(Hosted by the Center for Sustainability Science) Academia Sinica128, Section 2, Academia Road,Nankang 115, TaipeiTAIWANEmail: [email protected]

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shih-chun candice lunG Executive DirectorIntegrated Research on Disaster Risk International Center of Excellence (IRDR ICoE-Taipei)(Hosted by the Center for Sustainability Science)Academia Sinica128 Section 2, Academia Road,Nankang 115, TaipeiTAIWANEmail: [email protected]

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Ahmad sufyan mohAmed AslAm

Science OfficerInternational Council for ScienceRegional Office for Asia & the Pacific902-4 Jalan Tun Ismail,50480 Kuala Lumpur,MALAYSIAEmail: [email protected]

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tengku sharizad tenGku dAhlAn

Senior Science OfficerInternational Council for ScienceRegional Office for Asia & the Pacific902-4, Jalan Tun Ismail,50480 Kuala LumpurMALAYSIAEmail: [email protected]

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liang-Jung weI

Deputy Executive Secretary, Senior Research SpecialistResearch Center for Environmental ChangesCenter for Sustainability Science, Academia Sinica128, Section 2, Academia Road,Nankang 115, TaipeiTAIWANEmail: [email protected]

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yii-chen Jennifer wuuScience OfficerIntegrated Research on Disaster Risk International Center of Excellence (IRDR ICoE-Taipei)(Hosted by the Center for Sustainability Science)Academia Sinica128, Section 2 Academia Road,Nankang 115, TaipeiTAIWANEmail: [email protected]

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chia hui yen Senior Administrative OfficerIntegrated Research on Disaster Risk International Centre of Excellence (IRDR ICoE-Taipei)(Hosted by the Center for Sustainability Science)Academia Sinica128, Section 2, Academia Road,Nankang 115, TaipeiTAIWANEmail: [email protected]

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Organized by

Integrated Research on Disaster Risk (IRDR) Programme

IRDR International Centre of Excellence-Taipei (ICoE-Taipei)

Academia Sinica

International Council for Science Regional Office for

Asia and the Pacific (ICSU ROAP)

Future Earth

Regional Centre for Future Earth in Asia

International Global Atmospheric Chemistry Project (IGAC)

IGAC Monsoon Asia and Oceania Networking Group (MANGO)

Institute for Environment and Development (LESTARI UKM))

partner

The Anthropocene Institute

Location Aware Sensor System (LASS)

Center for Health and the Global Environment,

Harvard TH Chan School of Public Health

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文字方塊

Cypress River Advisors

Organized by

J U L Y 1 0 – 1 4 , 2 0 1 7A C A D E M I A S I N I C A ,T A I P E I , T A I W A N

ADVANCED INSTITUTE ONDISASTER RISK REDUCTIONWITH SYSTEMS APPROACH FOR SLOW-ONSETCLIMATE DISASTERS (AI-SOCD)

Integrated Research on Disaster Risk,International Centre of Excellence, Taipei (IRDR ICoE-Taipei)128, Section 2Academia RoadNankang, Taipei 11529TAIWAN ROCTel: +886-2-2787-2531-3, 8 | Fax: +886-2-2787-2534, 7http://irdr-icoe.sinica.edu.tw/#/

ICSU Regional Office for Asia and the Pacific902-4, Jalan Tun Ismail50480 Kuala LumpurMALAYSIATel: +603 26984192 | Fax: +603 26917961Email: [email protected]://www.icsu.org/asia-pacific

advanced institute on disaster risk reduction with …...july 10 – 14, 2017 ac ademi sinic , t...

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