The Acid Deposition Monitoring New Workshop in East Asia (EANET) was established in 2001 as an intergovernmental initiative to create a common understanding of the state of acid deposition problems in East Asia, provide useful inputs for decision-making at various levels, and promote cooperation among countries. The Philippines is one of the 13 EANET Participating Countries (PCs). In 2021, the PCs decided to expand the scope of EANET to explicitly cover air pollution and adopted a Supplementary Document (Annex) to the Instrument. EANET, as an intergovernmental initiative, is bound by an Instrument that PCs have committed to.
EANET’s activities are guided by five-year Medium Term Plans and a Work Programme and Budget approved by the PCs every year. In 2023, the Secretariat is organizing National Stakeholder Awareness Workshops to support the implementation of activities of the EANET and to better understand specific country needs. The EANET National Awareness Workshop for the Philippines is on 26 May 2023 to be held at the University of the Philippines. It is co-organized by the EANET Secretariat and the Network Center, the Department of Environment and Natural Resources, Philippines, and the Institute of Environmental Science and Meteorology, College of Science, University of the Philippines in Diliman.
The Workshop aims at showcasing the achievements and activities of the EANET over the last 20 years including activities involving the Philippines and to encourage cooperation between EANET and the Philippines in the implementation of the expanded scope and the EANET Project Fund activities. About 50 participants from government, academic and research institutions, and, non-government organizations are expected to attend the workshop.
The EANET Online Meeting on the Revision of Guidelines in 2023 (OM2023) was held virtually on 10 May 2023. National Focal Points representing the EANET Participating Countries discussed revisions of important administrative documents to reflect the recent expansion of the scope of the EANET to wider air quality issues and the establishment of the EANET Project Fund mechanism.
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The EANET Online Meeting on the Revision of Guidelines in 2023
The Session was led by the same bureau of officers as for the Twenty-fourth Session of the Intergovernmental Meeting (IG24) on the EANET in 2022.
Co-chaired by the Philippines and the Republic of Korea, the session started with Introductory Remarks from Bert Fabian, Coordinator of the Secretariat for the EANET.
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Screenshot of some of the OM2023 participants
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Around 65 participants, members from the EANET Participating Countries, the Network Center and Secretariat for the EANET, joined the OM2023 meeting to agree on sections to be revised in the Guidelines on the Administrative and Financial Management for the Secretariat and the Network Center, and to the EANET Project Fund and Project Guideline.
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Strategizing the Implementation of New Air Quality Management Activities
In 2021, the Twenty-third Session of the Intergovernmental Meeting on the Acid Deposition Monitoring Network in East Asia (IG23) decided to expand the EANET’s scope to cover wider air pollution issues with the adoption of the Annexto the EANET Instrument. At the same time, the EANET Project Fund was established to encourage collaboration outside of the EANET network and mobilize more resources.
During the OM2023 meeting, the Participating Countries had the opportunity to share their views on how to best reflect the changes related to the expanded scope and the Project Fund mechanism in key administrative documents. Discussions will continue at the Working Group Meeting (WG2023) of EANET in 2023 which will be organized online from 22-23 August 2023.
The Twenty-fourth Session of the Intergovernmental Meeting on the Acid Deposition Monitoring Network in East Asia (IG24) took place from 24 to 25 November 2022, in a hybrid mode, in Manila, Philippines. It gathered over 70 representatives from the EANET Participating Countries, the Secretariat and Network Center for the EANET, and observers from the academia and INGO, to make important decisions on the implementation of the EANET’s expansion of scope and new Project Fund, among other topics.
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The Twenty-fourth Session of the Intergovernmental Meeting on the EANET
Hosted and Chaired by the Philippines, the IG24 started with the Welcome Remarks by the Undersecretary of the Department of Environment and Natural Resources (DENR) of the Philippines, Mr. Juan Miguel Cuna, followed by Opening Remarks by Dr. Isabelle Louis, Deputy Regional Director for Asia and the Pacific, UNEP, and by Dr. Hatakeyama, Director General, Asia Center for Air Pollution Research (ACAP). Remarks focused on the longtime active collaboration of the Philippines as an EANET Participating Country, on the importance of the expansion of the scope of the EANET, and the establishment of the EANET Project Fund, with the ambition for the Network to contribute the collective efforts to lead both science and policy actions to improve air quality in the region. The IG24 Session Bureau was Vice-Chaired by Japan and by the Republic of Korea, and Cambodia as Rapporteur. UNEP’s Goodwill Ambassador for the Philippines and award-winning actress, singer, host, and environmental advocate Antoinette Taus also joined the dinner hosted by the Government of the Philippines.
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Extended Cooperation to Fight Acid Deposition and Air Pollution
Among the first agenda items, an update was provided on the approval status of the Supplementary Document (Annex) to the Instrument for Strengthening the EANET among the Participating Countries, with most of the countries having already completed this process. The Philippines reported this completion during the IG24 meeting itself, while Thailand completed it on 22 November as reported by the Prime Minister’s office in the Thai national daily newspaper Matichon. Through this Annex, Participating Countries agreed to work on an expanded list of air pollutants beyond acid deposition, including among others, Particulate matter and Volatile Organic Compounds.
From left to right: Participants during the hybrid IG24 meeting in Manila, Philippines, and Mr. Bert Fabian, Coordinator, Secretariat for the EANET, showing the Annex to the Instrument signed by the Philippines at the meeting.
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Nearly US$500,000 allocated to Projects supported by the EANET Project Fund
List of Projects Plans approved by the IG24 for 2023
Alongside other important topics, the Session discussed and approved the first batch of “EANET Project Plans” funded through the EANET Project Fund, a new financial mechanism allowing collaboration with implementation partners and co-financing from outside the EANET Network.
The Estimated Income for Project Activities in 2023 is US$489,700, including funding from EANET, additional financial support from Japan (MOEJ) from the Republic of Korea (NIER), and the Asian Development Bank (ADB), and in-kind support from Japan (JARI, NIES), Mongolia, the Philippines, and Viet Nam (IMHEN, MONRE) which will allow the implementation of 8 projects. Focusing mainly on research studies and capacity building, these projects include work related to the effects of atmospheric deposition on ecosystems, Volatile Organic Compounds (VOC), Low-Cost Sensors (LCS), Particulate Matter source apportionment in major cities, training on monitoring, emission inventory and research fellowship program.
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The call for EANET Projects’ proposals for 2024 is open, find out more on the Call for Proposals page.
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Ways forward
In addition to these key decisions, the IG24 also approved several important documents, including the Work Program and Budget of the EANET in 2023, and the organization of key meetings in 2023 such as the Working Group Meeting in 2023 (WG2023), the 23rd Scientific Advisory Committee (SAC23) and the 25th Session of the Intergovernmental Meeting on the EANET (IG25).
Dr. Tsuyoshi Ohizumi and Dr. Hiroyuki Sase received the Academic Award of the Japan Society for Atmospheric Environment (JSAE) at the 62nd and 63rd Annual Meetings of the JSAE in 2021 and 2022 respectively. Dr. Ohizumi serves as the Head of Data Management Department of the Asia Center for Air Pollution Research (ACAP), Network Center (NC) for the EANET, and Dr. Sase as the Head of Ecological Impact Research Department of the ACAP, NC for the EANET. Prior to these two awards, Dr. Junichi Kurokawa, Principal Researcher of the Data Management Department of ACAP, received the Creative Work Award for Young Scientists of JSAE under the award-winning title of “A study on emission inventory in Asia” in 2013.
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Award-Winning Studies on Effects of Acid Deposition in Japan and in the East Asian Region
Dr. Tsuyoshi Ohizumi
Dr. Ohizumi received the Academic Award of the Japan Society for Atmospheric Environment at the 62nd Annual Meeting of the JSAE in 2021 for his studies of the transboundary transportation of air pollutants by observation of sulfur isotopic composition.
Through his work, seasonal differences and major routes of inter-regional transport of pollutants were clarified by streamline analysis of air mass that causes acid precipitation and observation of fluoride and other substances in atmospheric deposition. In addition, the long-term interregional transport of sulfur oxides, the cause of acid rain, was also quantitatively evaluated by observing stable isotope ratios of sulfur in atmospheric deposition at sites along the Sea of Japan.
Dr. Hiroyuki Sase
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In 2022, Dr. Sase received the Academic Award of the Japan Society for Atmospheric Environment at the 63rd Annual Meeting of the JSAE for his various studies on the atmospheric environment and its effects on forest ecosystems in Japan and other East Asian countries.
Through EANET activities and joint research with the Participating Countries of the EANET, his work has significantly contributed to understanding the effects of acid deposition and air pollution on forest ecosystems in the East Asian region through field observation and data assessments over many years.
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The Japan Society for Atmospheric Environment
The Japan Society for Atmospheric Environment (JSAE) is an interdisciplinary organization that brings together experts in a wide range of fields with the aim of contributing to atmospheric environment conservation.
JSAE has four awards for achievements in the field of the atmospheric environment: the Academic Award, the Meritorious Contribution Award, the Technical Development Award, and the Best Paper Award.
Dr. Ohizumi and Dr. Sase received the Academic Award, the highest honor for researchers. The purpose of the Academic Award of JSAE is to honor members for their academic achievements in the field of atmospheric environment research, their social contributions to the promotion of atmospheric quality administration, and for their contribution to the development of JSAE.
Dr. Isabelle Louis, Deputy Regional Director of UNEP Asia Pacific office, opened the EANET Awareness Workshop in 2022 by delivering the opening remarks, followed by welcome remarks from Mr. Kenichiro Fukunaga, Deputy Director General in charge of Administrative Management at the Asia Center for Air Pollution Research(ACAP).
Key messages conveyed in the remarks celebrated the imminent release of the Fourth Periodic Report on the State of Acid Deposition in East Asia (PRSAD4) and the opportunities ahead for the EANET, in line with the expansion of its scope to air pollution, including the launch of the EANET Project Fund.
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General Lecture – Key Findings from the Fourth Periodic Report on the State of Acid Deposition in East Asia (PRSAD4)
Since 2006, the EANET has been developing Periodic Reports on the State of Acid Deposition in East Asia (PRSADs), published every five years, and aiming at providing high-quality data to be used for research, formulation of policies, and measures to reduce the impacts of acid deposition and related air pollutants on the environment. In 2022, the Fourth Periodic Report on the State of Acid Deposition in East Asia (PRSAD4), will be released.
Prof. Meng Fan, Former Chairperson of the PRSAD4 Drafting Committee and Deputy Director General in charge of the Network Center for EANET, Asia Center for Air Pollution Research (ACAP), presented the General Lecture: Key Findings from the Fourth Periodic Report on the State of Acid Deposition in East Asia (PRSAD4). Findings and recommendations from the PRSAD4 highlighted the improvement of sulfur dioxide-related air pollution mostly in North-East Asia, while nitrogen deposition, particulate matter, nitrogen oxides, and ozone-related pollution were detected at a high level in the EANET region. The importance to continue deploying more monitoring sites was expressed.
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Panel Discussion – From data to policy, good practices for evidence-based and data-driven policies in East Asia
The Panel Discussion gathered renowned scientists and key policymakers from the EANET Participating Countries. Discussions focused on the importance of regional cooperation and multilateralism to address global environmental problems including acid deposition and air pollution. Findings from the PRSAD4 were also discussed, in the specific context of Malaysia, Mongolia, Thailand, and the Philippines. Most panelists highlighted the incredible capacity-building efforts led by the EANET in the past twenty years, on emission inventories, acid deposition regulations, and monitoring support which have indirectly contributed to the development of regional policies. Finally, the panel also shared thoughts on the role EANET may play by helping fill the gap of the right to information on air pollution, as the right to a clean environment and clean air was recently included as a human right by the United Nations.
The Network Center for the EANET organized the Workshop on National Air Quality Monitoring Systems and Methodologies with Related Partners online on 6 July 2022. It gathered scientists and researchers, government officers, technicians including Quality Assurance/Quality Control managers, and representatives of international organizations who discussed how to improve the EANET monitoring system. 180 participants from 17 different countries and regions joined the Workshop.
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Opening Session
Moderated by Ms. Yao Dong, Assistant Deputy Director General of the Asia Center for Air Pollution Research (ACAP) in charge of the Network Center (NC) for the EANET, the Workshop started with Opening and Welcome Remarks by Dr. Shiro Hatakeyama, Director General of ACAP in charge of the NC for the EANET and followed by Mr. Toshiyuki Yamasaki, Director of the International Cooperation Office, Environmental Management Bureau, the Ministry of the Environment, Japan.
Dr. Shiro Hatakeyama and Mr. Toshiyuki Yamasaki delivered the opening remarks.
Remarks emphasized the introduction of new monitoring substances such as (but not only) ammonia, particulate matter, and volatile organic compounds, following the expansion of the scope of the EANET as decided by the IG23, and the need to adapt EANET’s monitoring system accordingly. The new EANET Project Fund mechanism, allowing the EANET and other organizations to collaborate on acid deposition and air-quality related projects, was also introduced.
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Lectures and panel discussion
Among its key activities, the EANET is currently monitoring atmospheric substances at 64 monitoring sites in the EANET Participating Countries. The monitoring focuses on five items – wet deposition, dry deposition (air concentration), soil and vegetation, inland aquatic environment, and catchment-scale monitoring.
The Workshop on National Air Quality Monitoring Systems and Methodologies with Related Partners was funded by the Ministry of the Environment, Japan, and implemented by the Network Center for the EANET. Its goal was to share a wide range of national and international experiences in the field of atmospheric monitoring while discussing the current development and future challenge of monitoring systems and related methodologies in the EANET region.
Panelists during the discussion sessions.
The first session introduced the EANET monitoring activities and was followed by case studies from Japan, the Republic of Korea, and China. In addition, specific monitoring methodologies including QA/QC activities were also introduced.
Dr. Meng Fan delivered the closing remarks.
In the second session, a panel discussion, followed by an open discussion, took place to exchange ideas on specific country challenges and discuss how to link EANET’s work with urban monitoring. Members of the EANET Scientific Advisory Committee (SAC) and from other organizations, such as Clean Air Asia, joined the discussion.
Closing remarks were provided by Dr. Fan Meng, Deputy Director General of ACAP in charge of the NC for the EANET, who summarized the highlights of the Workshop and thanked all speakers and participants for their active contribution. Among the key outcomes of the Workshop, Dr. Meng emphasized the question of linking EANET’s work with city-level monitoring and the challenge to measure volatile organic compounds and secondary pollutants.
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Useful Resources
View the full recording of the Workshop on the EANET Secretariat’sYoutube channel
The Network Center for the EANET organized the Workshop « Relationships between the Atmospheric Environment, Human Health, and Ecosystems » virtually, on 31 October 2022. It gathered renowned East Asian and European researchers and experts from academia (Hokkaido University, Japan, and Nanjing University of Information Science and Technology, China), international organizations (CLRTAP-UNECE, WHO, IIASA), and the Network Center for the EANET, who shared scientific findings on the effects of atmospheric deposition on human health and ecosystems as well as best science-based practices for policymakers. About 50 participants joined the Workshop.
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Scientific knowledge of the atmospheric environment and related effects in East Asia
Prof. Kayo Ueda, from the Graduate School of Medicine of Hokkaido University, analyzed the effects of air pollution on human health in Japan, Thailand and beyond, and showed how exposure to specific air pollutants could cause various health outcomes aside from respiratory diseases. She also explained how to estimate the mortality using epidemiological evidence and emphasized improving air quality could prevent millions of pollution-related deaths per year.
Prof. Zhaozhong Feng, from the Nanjing University of Information Science and Technology, explained the results of his research on the effects of ozone on crop production in Asia. After presenting the trends of surface ozone concentrations at the global scale, he highlighted the impacts of ozone on crops and yield loss in China, Japan, and the Republic of Korea. Results from his work demonstrated that China showed the highest relative yield loss compared to Japan and the Republic of Korea. It also estimated the total ozone-induced annual loss of crop production at US$63 billion, revealing the need to take necessary mitigation actions for ozone emission control and adaptive agronomic measures against the rising surface ozone levels across East Asia.
Dr. Hiroyuki Sase is the Head of the Ecological Impact Research Department of the Asia Center for Air Pollution Research (ACAP), Network Center (NC) for the EANET. His presentation focused on the effects of atmospheric deposition on forest ecosystems. Dr. Sase presented the changes in atmospheric deposition in the EANET joint research sites including Thailand, Japan, and Russia, and explained the different responses of forest ecosystems in various climatic zones. Key findings from the EANET sites showed that although atmospheric deposition had decreased, recovery from acidification and/or from nitrate saturation had not been necessarily observed in forest ecosystems.
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Science-based policy experiences from Europe and beyond
Ms. Anna Kaplina, Secretariat, Convention on Long-range Transboundary Air Pollution (CLRTAP), United Nations Economic Commission for Europe (UNECE), presented the history and successes of the UNECE Convention on Long-Range Transboundary Air Pollution over the last 40 years. Among these achievements, she highlighted the decrease in emissions from 40% to 80% since 1990 in the UNECE region, resulting from the expertise, policy guidance, and capacity building among the 51 Parties.
The Network Center (NC) for the EANET organized the EANET Emission Inventory Webinar Workshop on Open Biomass Burning on 5 December 2022 gathering expert panelists from Japan, Thailand, the USA, and about 50 participants from the EANET countries. Starting with lecture presentations on methodologies to estimate emissions from open biomass burning sources, evaluate uncertainties in estimated emissions, and analyze influences of emissions using air quality models, the Workshop also included, in the second session, presentations from participants on open biomass burning emissions in their respective countries, concluded by discussions on the EANET’s potential role and activities related to open biomass burning.
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Expert Lectures and Use Cases on Open Biomass-Burning Emission Inventories from Asia and Beyond
Screenshot from some panelists and participants during the virtual Workshop
Dr. Savitri Garivait from the Joint Graduate School of Energy and Environment, Centre of Excellence on Energy Technology and Environment, King Mongkut’s University of Technology Thonburi, Thailand, presented a comprehensive lecture introducing basic knowledge and information related to open biomass burning emissions. First, Dr. Savitri introduced various types of open biomass burning, namely, forest fires, agricultural waste burning, and solid waste burning. Then, she presented methodologies to estimate emissions from open biomass burning such as basic equations, how to collect activity data as well as information necessary for spatial distribution and temporal variation, and selection of emission factors. To produce activity data, Dr. Savitri emphasized the importance of questionnaire surveys on local and specific data, in order to reduce uncertainties. She finally presented detailed case studies on the evaluation of the contribution of emissions from open biomass burning to the overall emissions and air pollution in Thailand and the Bangkok Metropolitan Region.
Dr. Kristofer Lasko, from theGeospatial Research Laboratory, at the Engineer Research and Development Center (ERDC), United States, provided a lecture focusing on uncertainties of open biomass burning emission inventories, especially on the amount of burned dry matter based on satellite observation data, emission factors for different biomass burning types, and land cover type maps to determine which emission factors to be applied. In his presentation, he explained the major causes of uncertainties based on satellite data including influences of cloud coverage at or near the time of burning, the insufficient spatial resolution to detect agricultural fires, and the limitation in determining actual burned amounts in the field via remote sensing data. For emission factors, Dr. Lasko emphasized the difficulty is not only the uncertainty of each factor but also the variations due to aspects such as variation in burning practices (e.g., piled residue burn vs. open field burn) and moisture. In his presentation, case studies for PM2.5 emission inventories of Viet Nam and the Southeast Asian region were also showcased.
Dr. Katsuhige Uranishi, Department of Life and Environment Engineering, Faculty of Environmental Engineering, the University of Kitakyushu, Japan, provided a lecture about how to evaluate the influences of emissions from open biomass burning on the air quality of neighboring areas using air quality models. First, Dr. Uranishi introduced the basic knowledge and settings of an air quality modeling system by using the Weather Research and Forecasting model and Community Multiscale Air Quality model (WRF/CMAQ) system as an example. He then also presented the Brute-force method, a typical methodology to estimate the contribution of PM2.5 sources using an air quality modeling system. Finally, Dr. Uranishi explained simulation examples for the evaluation of PM2.5 transboundary transport, through case studies in Japan. Because uncertainties are not only in open biomass burning emissions but also in the modeling systems, Dr. Uranishi emphasized that the model performance must be evaluated with observation data prior to estimating air pollution levels or impact. He also recommended reviewing past studies to find appropriate settings of air quality modeling systems to target specific problems.
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Open Biomass-Burning Emissions Status and Control Measures in East Asia
Participants, in the second session, shared various information about open biomass burning emissions in their respective countries. The presentations covered major sources of open biomass burning emissions and how the emissions are estimated or evaluated in each participant’s country. They also considered how open burning influences air quality and what current control measures are in place in each represented country. These presentations and practical activities were followed by discussions on the EANET’s Project Activities related to open biomass burning emissions including national emission inventories to be organized in 2023.
Participants expressed interest to attend future capacity-building activities related to emission inventories not only from open biomass burning but also from other sources. The monitoring of emission sources to determine local emission factors was also suggested. The NC for the EANET, the organizer of the Workshop will consider the possible future activities to the EANET Project Fund.
The EANET Individual Training in 2022 was successfully organized by the Network Center for the EANET (NC) in November and December 2022. It consisted of virtual lectures and in-person laboratory training and aimed at providing technical support and capacity building to participants from the EANET Participating Countries on acid deposition monitoring.
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Strengthening the EANET’s Monitoring Capacities
The Individual Training has been a regular activity conducted yearly by the NC in Niigata, Japan, to improve the various monitoring skills of the representatives from the EANET Participating Countries. In 2022, due to COVID-19-related travel restrictions, the EANET Individual Training took place online. 28 government officers and researchers from 7 EANET Participating Countries (Cambodia, Indonesia, Malaysia, Myanmar, the Philippines, Russia, and Viet Nam) completed the online course, from November 1st to 18th 2022.
This year’s session started with Opening Remarks from Dr. Shiro Hatakeyama, Director General of ACAP, followed by an introduction of the participants and of the EANET. Lectures on atmospheric deposition (including wet and dry deposition), the effects on ecosystems, and related monitoring methods, were presented. The second week of the training focused on data monitoring including automatic monitor maintenance of particulate matter and ozone monitors, data analysis, sampling methods, pretreatment, and electric conductivity and pH measurement for dry/wet samples and inorganic carbon measurement. Finally, during the last week of the training, participants learned about the EANET quality assurance and quality control activities, data reporting, and data evaluation procedures. An introduction to the Inter-Laboratory Comparison Project 2021 was also provided. The virtual lectures were followed by onsite laboratory training in Niigata, Japan, in December 2022.
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Participants during the EANET Individual Training 2022
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The Individual Training allowed participants to deepen their knowledge of acid deposition monitoring, data evaluation, and reporting, in close relation to their on-the-ground laboratory work. In addition to matters specific to the East Asian region, broader topics, including lectures on atmospheric deposition, data management, maintenance of equipment, and coordination for monitoring activities, were delivered by scientists and researchers from the NC.
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Ways Forward
The expected outcome of the EANET Individual Training was for participants from both the virtual lectures and in-person laboratory training to disseminate experience and knowledge to colleagues in their country, allowing them to actively carry on monitoring acid deposition and air pollution activities. The NC continuously provides support in this dissemination effort.
The Individual Training program is a 2022 EANET Project activity, which received support from the governments of Japan and the Philippines.
As part of the EANET Individual Training in 2022, a session in the laboratory was held by the Network Center for the EANET (NC) in December 2022. It aimed at providing practical capacity building to representatives from the EANET Participating Countries on wet and dry deposition monitoring.
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Practical Field Training
The Individual Training has been conducted as a regular activity yearly by the NC in Niigata, Japan, to improve the various monitoring skills of the representatives from the EANET Participating Countries.
In 2022, the laboratory session of the training was held in person in Niigata, Japan, at the Asia Center for Air Pollution Research (ACAP). A representative from the Environmental Management Bureau (EMB) of the Department of Environment and Natural Resources (DENR) from the Philippines completed the training.
Held from 11 to 17 December 2022, the training aimed at developing professional expertise and knowledge of wet deposition (precipitation sample) and dry deposition (4 Stage Filter Pack).
The laboratory session consisted of various technical exercises focusing on specific topics and practical outputs including pH and electric conductivity, filter pack sampling, and standard operating procedures of inorganic ions analysis. Through these exercises, laboratory work techniques were demonstrated and explained. These included maintaining a steady temperature during the measurements of pH and electric conductivity, how to clean laboratory wares, and understanding differences in the sampling when using a gas volume meter or a gas flow meter, for filter pack sampling.
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The training also included a site visit at the Niigata – Maki Station, where the trainee observed automatic rainwater samplers, sampling setups for water-insoluble and water-soluble organic carbon, and filter pack samplers for particulate matter, gases, and carbons. This activity helped familiarize him with the field equipment used for air quality monitoring. In addition to the original training program, instructors shared knowledge on black carbon analysis (sampling, analysis, and instrument operation), atmospheric microplastics analysis, and PM2.5 data processing. (Figure 4 – Checking a rainwater sampler at the Niigata – Maki Station).
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Ways Forward
The expected outcome of the laboratory session of the Individual Training is for the participant to disseminate experience and knowledge to colleagues in his country. The NC continuously provides support in this dissemination effort.
The Individual Training program is a 2022 EANET Project activity, which received support from the governments of Japan and the Philippines.
The training also included a site visit at