ISSN 2287-8971

Marine Litter News
Volume 10 • Issue 2 • December 2018
In this volume
1. To Celebrate the 300th Seminar of Learning Community, OSEAN
2. Scientific Marine Debris Monitoring along China’s Coastline
3. Plastic recycling for change: advancing women’s lives and reducing plastic pollution of the oceans
4. The 2nd Korea Marine Debris Conference was held in Tongyeong
5. Meeting held to address recreational fishing debris
6. Women’s roles in plastic waste management in Son Tra and Thanh Khe districts, Da Nang city, Vietnam
7. How citizen-scientists helped us to document the type and quantity of coastal debris pollution in Taiwan

Asia Pacific Civil Forum on Marine LitterRecommended Citation for the whole volume:

Hong, Sunwook.(ed.) (Dec 2018). Marine Litter News from Asia Pacific Civil Forum on Marine Litter,Our Sea of East Asia Network, Vol. 10(2): 34pp, Tongyeong, South Korea.

ISSN 2287-8971
Marine Litter News Vol. 10(2): 34pp. December 2018.
© Asia Pacific Civil Forum on Marine Litter (APML)
The newsletter is biannually published by APML.

Preface

To the readers,Marine Litter News aimed to encourage people who have devoted to marine environment protection from marine litter inthe Asia Pacific region
This issue delivers 7 stories from Republic of Korea, Vietnam, Taiwan, and China. Three stories are from Our Sea of East
Asia Network (OSEAN). OSEAN has focused on marine litter so many years and worked for clean ocean in this region.
The first story is about their passion for research activities. They have held a webinar almost every Tuesday for 9 years
and invited NGOs for capacity building. Here they celebrated 300 times on August 7, 2018. The second is about ‘The
2nd Korea marine Debris Conference’ held in Tongyeong. It was organized by OSEAN and KIOST (Korea Institute of
Ocean Science and Technology) which is one of the most active research teams on microplastics in the world. The third
introduces the launching event, panel discussion against recreational fishing litter such as hook, toxic metallic sinker, andmonofilament line which seriously affect marine animals and ecosystem in South Korea.
We have two news from Vietnam. Both deliver NGOs’ effort to encourage women trash pickers and housewives to separate recyclable wastes and to find some way to get financial benefits. Those happen in Ha Long City and Da Nang City,
the most famous tourist attraction in Vietnam. The NGOs’ role here shows how their activities are important in spreading
environmentally sound and sustainable practices.
Chinese news is describing the NGO’s continuous monitoring of marine litter along the coastline and seeking proactive
measures at source to prevent.
A new scientific paper came out, which was based on citizen science of beach litter surveys for 12 years in Taiwan. A
memberof Asia Pacific Civil Forum on Marine Litter is included as a coauthor.
On behalf of the editorial board, I really appreciate all of the NGOs and researchers who participated in this issue. Theirenthusiasm and continued dedication to combating marine litter will inspire various stakeholders in the globe as well as
in the Asia Pacific region.
I am looking forward to hearing more about fantastic efforts in the globe in the next time.
At the end of December 2018,
With warm regards,
Sunny

Editor, Sunwook Hong
(Ph.D., President of OSEAN)

Assistant editor, Jongsu Lee(Researcher of OSEAN)ACTIVITIESMarine Litter News

Vol. 10(2): 2-4, December 2018
Asia Pacific Civil Forum on Marine Litter

To Celebrate the 300th Seminar of Learning
Community OSEAN
Dr. Sunwook Hong
President of Our Sea of East Asia Network
oceanook@gmail.com

At 10:30 am on the August 7th 2018, the 300th seminar was held at OSEAN in Tongyeong. Six members of OSEAN andNGOs from Vietnam, mainland China and Taiwan participated in the seminar. For the first time, an activist from GreenHub,
an NGO in Vietnam, presented and led the seminar.
This seminar, which has been continued for eight years and a half since the first seminar was held in mid-January 2010,
has been held around 35 times per year. Since January 2017, we have held seminar almost every week since it has been
open to the public including domestic NGOs. We have seldom skipped the seminar after participants outside joined it tokeep an appointment with them.
OSEAN’s seminar goes as follows. One of the most recent research achievements or quotations from marine litter papers in international journals is selected a week. Participants read it in advance, and one of OSEAN members leads theseminar. After reviewing the contents of the paper, we discuss the methodology, significance of the results what can beapplied to us, and the main findings and limitations of the paper. The leader of the seminar summaries the results andposts it on OSEAN’s homepage. It is delivered to readers of OSEAN’s monthly newsletter.
OSEAN’s seminar is of great significance to OSEAN staffs, our sponsors and those who want to solve the marine litter
problem.
OSEAN was established as a learning community, to be an organization that learns from each other. Through selecting
and studying the latest research papers, we have accumulated a very high level of knowledge and information on ourown, translated and summarized the papers we studied, and continued to share knowledge with others by releasing
them to people interested in marine litter through newsletters. From October 2011, once a month, we have been studying
with our partner NGOs in Asia through international seminars, acquiring scientific knowledge, sharing previous experi-

Marine Litter News 2

ences and consulting each other. We adopted a webinar tool called ‘Gotomeeting’ to share the seminar with others out
OSEAN.
OSEAN’s seminar results are good for graduate students and researchers writing papers related to marine litter, journalists writing articles, and government officials who need professional resources for policy-making. Read the latest research trends in our monthly newsletter. For more information, go to OSEAN’s Cafe (cafe.naver.com/osean) or OSEAN’s
Homepage (www.osean.net) and do a keyword search. Understand the translated summary, key content, and discussion. When you use the material, make sure to quote the author of the original material to reveal the source. For more
information, please contact us by email or cafe bulletin board.
If you want to participate in OSEAN’s seminar, check the monthly seminar schedule announced in the newsletter. Checkthe downlinks and conference room links in the plan. The seminar starts every Tuesday at 10:30 am in Korean time andlasts about an hour. Download the paper in advance and read it. Enter the meeting room 10 minutes ago. We study
together for an hour. On the first Tuesday of each month, the seminar proceeds in English because it is an internationalseminar with NGOs from Taiwan, China and Vietnam. All participants are not fluent in English, but when you read thepaper in advance, you can understand the contents well.
Learning is endless. By reading more than 300 papers and articles written by many hardworking researchers around theworld, OSEAN is growing into an organization that is constantly revitalizing its energy. What we learned is applied to the
problem of marine litter. OSEAN’s seminar and newsletters are in progress by sponsoring members. Thank them deeply.
OSEAN’s seminar will continue in the future, so attend the seminar every Tuesday morning!

3

Seminar materials are shared through Gotomeeting.

OSEAN members are participating in the seminar

Marine Litter News 4

ACTIVITIESMarine Litter News

Vol. 10(2): 5-7, December 2018
Asia Pacific Civil Forum on Marine Litter

Scientific Marine Debris Monitoring along China’s Coastline

Team Coastal Cleanup and Monitoring Project in China
ccmc@renduocean.org

Marine debris, especially plastic debris, has gained mass attention as a key global environmental issue. Currently, many
governments, research institutes and organizations worldwide are taking extensive actions to address this problem.
To elucidate the status of the issue in China, Shanghai Rendu Ocean NPO Development Center (Rendu Ocean) initiatedthe project “Watching Coastline — Scientific Monitoring” in 2014 and conducted it at 12 monitoring sites along China’s
coastline in collaboration with 13 environmental NGOs (ENGOs). In 2017, Rendu Ocean, cooperating with 12 ENGOs,
carried out 72 monitoring activities in 6 monitoring periods at 14 typical sites along China’s coastline. Data was collected
and analyzed to investigate the types of litter and their composition on beaches of different waters of China.
We measured the quantity, mass and type of beach litter using transect sampling method on a regular basis. The resultsof our research in 2017 showed that the quantity distribution density of all the beach litter was 1.34 items/m2 and thetotal mass distribution density of beach litter was 38.45 g/m2. In addition, the data was sorted by material and usage. In
terms of material, plastic was the most pervasive one of all along China’s coastline, which accounted for 77% of the total,
and in terms of usage, packaging waste and domestic waste were the most common, accounting for 48% and 37%
respectively.
Drawing from the results, we put forward a two-dimensional solution. It is composed of strategies grounded in the status
and location of litter in accordance with different stages in marine debris management, as well as several other feasible
measures for all walks of life.

5Fig. 1. Dimension 1 – Defense lines against marine debris

Management actions

Law & policy

Infrastructure construction

Monitoring & researchTechnology improvement

Management actions
Fig. 2. Dimension 2 – 6 measures to consider for each defense line

Marine Litter News 6

A major feature of marine debris is that the later it is in its life circle, the harder it is to be dealt with. Therefore, source
reduction is regarded as the key solution to address the issue. But to put it well under control we should take every aspect into account. As for the litter which is not mismanaged, awareness of public environmental responsibility and waste
disposal system should be strengthened to prevent mismanagement from happening. As for the litter which has entered
the environment, i.e., mismanaged litter, establishment of cleanup mechanism is necessary to guarantee its getting backinto control in order to reduce its negative effects on the environment.
Marine debris issue is a problem which we the whole world should face together. Only with concerted efforts from all
sectors of society can it be effectively approached.

7

ACTIVITIESMarine Litter News

Vol. 10(2): 8-12, December 2018
Asia Pacific Civil Forum on Marine Litter

Plastic recycling for change: advancing women’s lives andreducing plastic pollution of the oceans
Nguyen Thi Thu Trang
trang.nguyen@greenhub.org.vn
Boris Fabresbafabres@yahoo.com;
Centre for Supporting Green Development (GreenHub)

Plastics in Vietnam
The rapid economic growth, industrialization and consumer market expansion in Vietnam have been accompanied by asignificant expansion in the import, export, production and use of plastics1. There is a growing use of many different plastic products across many sectors and services in the daily lives of Vietnamese citizens. Average national plastic consumption is estimated at 41kg/person/year (Vietnam News, 2018). Government policy, including tax and capital incentives toexpand plastics production has stimulated the plastics industry to have the highest industry annual growth rate in Vietnam(16-18% between 2010 and 2015), with plastic packaging accounting for about 37%.
More than 2,000 companies operate in the plastics industry, about 84% are concentrated in southern Vietnam and 14%
in the north (VCBS, 2016). Businesses are mostly Small and Medium Enterprises (90%) with exports projected to exceed
US $2.5 billion, and total revenues $15 billion in 2018 (VietnamNet, 2018). Vietnam has also been a receiver from othercountries of waste plastics for industrial recycling and re-processing.
Solid waste generation in Vietnam is estimated to reach 69 million tons in 2020, not including sources related to regionalriver and coastal transfers, disasters or undocumented imports (Nguyen 2017), with plastics estimated at about 16% ofsolid waste (IUCN, 2018). The majority of handled waste is buried, burned or left in open landfills, however actions related
to “Zero Waste”, “3R (Reduce, Reuse, Recycle)” and a “Circular Economy” are not yet adequately discussed, evaluatednor mainstreamed in policy or consumer practices. There have been however a number of supporting governmental

1

The main export markets for Vietnam plastics (in value) are reported as Japan, USA, The Netherlands and South Korea; with risingexports to India, Hong Kong, Turkey, China, Ukraine, Russia and Bangladesh, and annual export growth of 12-14% Vietnam News, 2018)

strategies2 , development of a Code of Conduct, action Plans, collaborations with civil society organizations and commitments by international agencies on their local practices in Vietnam3 , and in financing projects. Plastic waste management
practices however are a growing challenge in terms of capacity to handle increasing waste volumes, safe processing,disposal, environmental health and re-gaining value from waste. Marine plastics pollution often results from dysfunctionin the systems that have developed over time for handling solid waste.

Waste Recycling, Reuse – Improving Well-Being of Vulnerable Vietnamese Communities
Many pathways exist in Vietnam for waste processing and recycling in each city and province, comprised of waste pickers, small household and commercial recyclers, larger recyclers and manufacturers to produce recycled products. The
informal waste collection sector, including waste pickers and junk buyers, while being low technology, low paid and largely
unregulated, plays an important role in waste management and waste recovery nationally, but provides only a small andsometimes dangerous income for these workers.
While only a quarter of the population of Vietnam lives in urban areas, it produces nearly half of the country’s. Vietnam has
the rare distinction of nearly 3000 craft villages which manufacture handicrafts, but also specialize in recycling discarded
plastic and other waste materials. The villages buy plastic from local depots or waste pickers and process it into plasticpellets or film that can then be used to make new plastic products such as coat hangers and chairs. Recycling is a vibrantindustry in Vietnam, supported by the large informal network of waste pickers, itinerant buyers and recycling cottage
industry. More than two-thirds of waste workers are women, who earn less than men working in the waste sector, and9 percent of waste pickers are children. These groups tend to be socially marginalized. They frequently live on or near
garbage disposal sites, and thus are exposed to environmental and safety hazards. A few efforts have been carried out
to provide micro-credit to female waste pickers, and to reduce the number of children working at waste dumps. However,there is much to be done to support the informal waste sector. A waste picker in Vietnam earns approximately 20,000
to 30,000 Vietnamese Dong (VND) (1-1.5 USD) per day, well below the minimum wage of 37,000 to 51,000 (1.7-2 USD)VND4 . It is clear that the well-being and welfare of workers in the informal sector, especially women and children needurgent attention and solutions to minimize these health and social risks as an essential part of an economic empowerment program for vulnerable workers.
Exposure to plastic waste poisons, however is not limited to workers in waste processing jobs. Studies in northern Vietnam show unsafe concentrations of PBDE (PolyBrominated Diphenyl Ethers) in consumed fish samples from ponds andcanals near e-waste plastic processing sites, also in the milk of mothers who worked in plastic waste processing, and in
the fish diet and dust particles ingested by children.5

2 Decision No. 2149/2009/QD-TTg (17 December, 2009) by the Prime Minister approving the National Strategy on Integrated Waste Management up to 2025, Vision toward 2050; Decision No. 1393/2012/QD-TTg (25 September, 2012) by
the Prime Minister approving the National Strategy on Green Growth; Decision No. 1216/2012/QD-TTg (05 September,2012) by the Prime Minister approving the National Environment Protection Strategy up to 2020 and toward 2030
3 In May 2018, a Code of Conduct “Joint effort by international partners in combating plastic pollution in Vietnam” wassigned in Hanoi by 18 national embassies, United Nations agencies, the Asian Development Bank, The World Bank andthe European Union. By January 2019, the partnership had increased to 59 members including international conservation agencies as the IUCN and WWF http://globalrec.org/law-report/vietnam/
4 http://globalrec.org/law-report/vietnam/
9Showcase of Plastic recycling for change in Ha Long city (Quang Ninh) supported by GreenHub.
Ha Long city has a population of 242,938 persons (2015) and generating solid waste 115,274 tons per year, with a collection rate of 90%. Of this, 21% by weight can be recycling including papers, plastic (Quang Ninh Master plan of SolidManagement Strategy to 2030). In order to transition towards a more circular economy, there is the need to capture thevalue of materials and keep them in use for as long as possible. In the case of plastics, business, society and governments
have been faced with multiple challenges ranging from the large variety of applications for plastics, inadequate collection
mechanisms, to quality issues from use of secondary plastics, to name a few. With the project “Plastic Action Network”
funded by the Coca-Cola Foundation, and implemented by GreenHub in Vietnam, we are targeting waste generators athousehold level and schools and offices in Ha Long city for plastic separation and sorting.
With a simple way of collecting and sorting waste at home, Ha Long city’s women have “turned” garbage into money.
This model is constantly being replicated and is becoming a bright spot on environmental hygiene in Ha Long, and at thesame time greatly contributes to the effective implementation of the campaign “Building a Family with Five Zero and Three
Clean” associated with green Ha Long for tourism attraction. After establishing five women clubs, the project organizeda training course, instructed the women on how to classify and dispose of waste, recycle it into household items, how tocompost fertilizer for plants and associated skills. The women members easily grasped how to sort garbage at home,collect garbage around the house, and quickly learned that plastic and metal items are inorganic garbage to be put into
separate bags. At monthly meetings, each person carries a sorted garbage bag to bring it to the club. The Board of Managers of the clubs and scrap buyers buy all the rubbish carried to the meetings, each time selling the plastic rubbish atabout VND 6,000 per kg, the club, so collecting several hundred thousand VND per event. The Women Clubs manage
and use the financial proceeds according to the agreement of the members of the group, often to support disadvantaged
women to borrow money to develop business, devide them among members or spending to further advance club activities. For organic garbage such as leftover food, vegetables, tubers, fruits etc., women collect and bury them into garbage
holes behind their houses or compost fertilizers for vegetable gardens and fruit trees.
After three months of implementation, women membersin 5 wards of Ha Long city continue to keep collecting
and recycling waste (plastic bottles, plastic waste andpaper) to raise funds for their activities. The result so far
is that they obtain an average of about 50-70kg plastic/
month of all types of plastic, with the amount of plastic obtained estimated at 325kg of plastic (all 5 wards).
Ms. Pham Thi Thu Hien, of Hong Hai ward, a member of
one club said that “Formerly, my house made cakes andused banana leaves to wrap cakes, and at the time mostof them were environmentally friendly products. But now
5 Hoang Q.A. et al. (2016) Polybrominated diphenyl ethers in plastic products, indoor dust, sediment and fish from informal e-waste recycling sites in Vietnam: a comprehensive assessment of contamination, accumulation pattern, emissions, and human exposure. Environ Geochem Health DOI 10.1007/s10653-016-9865-6; 19 August 2016, 21p

Marine Litter News 10

there are too many plastic bags. In the past, many women did not understand about garbage causing harm to the environment”. Joining one women’s club, from the first day of the club meeting, she learned how to sort out the sale of trash toincrease her income, and compost fertilizer to achieve lush crops. This approach has brought about clear benefits, while
helping women accumulate capital to develop business opportunities while contributing to raising people’s awareness inenvironmental protection, towards creating a clean, beautiful and healthy landscape.
Seeing the effectiveness of this model, the women excitedly invited others so clubs constantly are expanding to many
localities in city, spreading to local communities, contributing to a significant reduction of the harmful effects of garbag
waste to the environment, especially in rural areas. To extend the project activity, the Women’s Union has called for a“Green Sunday” campaign to mobilize all 20 wards of the city, with about 5,000 women members to participate to collectnearly 42 tons of garbage in period of 2 months in 2019. The waste classification models in the wards of Ha Trung, HongGai and Hung Thang have been effectively implemented, earning over VND 30 million.

We believe that the recycling sector in Ha Long city can be an example of how transitioning towards a circular
economy will help business, government, and society achieve Vietnam’s targets towards the United Nations
Sustainable Development Goals. The transversal nature of circular economy will help achieve many priority
goals – from responsible consumption and production, to healthier oceans and waterways.

11

Traders in Cao Thang ward in Ha Long city engage in the Communication conference on 19 January, 2019 on reducing plastic bag use andreplacing them with the of environmentally friendly bags.

Scrap collection activities - Ha Long city ‘s women have “turned” garbage into money
Marine Litter News 12

ACTIVITIESMarine Litter News

Vol. 10(2): 13-16, December 2018
Asia Pacific Civil Forum on Marine Litter

The 2nd Korea Marine Debris Conference washeld in Tongyeong

Jongsu Lee
Rearcher of OSEAN(Our Sea Of East Asia Network)
leesavannah@hanmail.net

The 2nd Korean Marine Debris Conference was held with the attention of many people

Participants of the 2nd Korea Marine Debris Conference

The 2nd Korea Marine Debris Conference was held at Tongyeong Campus of Gyeongsang National University Marine
Science University on January 24th. The marine debris conference was held for the second time in two years since it washeld at Korea Institute of Ocean Science & Technology in February 2017. Marine debris has attracted a lot of attention in
the world because of its quantity and damage, and is a matter for government officials, civic groups, businesses and thegeneral public to work together on. Recently, the interest and participation of academia have been increasing, and many
researchers have been working on the problem of marine debris including microplastics. However, there was a lack ofopportunity to share and announce these achievements and efforts. Korea Institute of Ocean Science & Technology and
OSEAN had organized the first Korea Marine Debris Conference in 2017 to solve this problem. This year, the event washeld for the second time.

Sharing research results such as microplastics, marine debris damage, and countermeasures
The conference was organized in three sessions. At the first session held in the morning, the presenters announced theresults of research on the contamination and environmental impact of microplastics. In this session, the results of recent
research on microplastics in Korea, including research on fine plastics in salt, which has recently been reported in the media, were shared. Six presenters completed the presentation in this session and a second session was held after lunch.
In the second session, four presenters presented researches on biological damage generated by marine plastic debris.
This session raised awareness on the biological damage of marine debris and gave impression that this kind of damage
did not occur in a far distant. In the last session, five presenters presented the direction of the 3rd Korean Marine Debris
Plan, the assessment of the amount of marine debris in the local government, the status of recreational fishing debris,
The stock of marine debris in Jeonnam Province, and building electronic system for fishing gear. This session gave opportunity to hear the status of marine debris in coasts and islands of in coasts and islands.

Marine debris art works and educational materials were also displayed
One feature of this conference was the exhibition of works of art outside the venue. Kim Jung-ah, who works as an art
director of OSEAN, Lee Jong-ho, who is a teacher of Sanyang Elementary School at Tongyoung, and Dream Ocean
Network (Kim Tae-hee, the representative) exhibited various works related to marine debris to help understand the realityof marine debris. These works were made or drawn on the subject of marine debris, and they were used for education,
publicity, or newly produced for this conference. The marine debris is an important issue to solve in real life, although theresults of research are also important. Therefore, these works also play an important role in education, promotion andawareness on marine debris. These works of art made a brilliant contribution to this conference.

About 160 people were participated, listened earnestly and joined discussion with enthusiasm
There were 163 participants at this conference, and many of them listened earnestly to the final presentation. What ismore meaningful is that research results have been shared not only with researchers but also with the audience, so thatthey had chances to hear various approaches to the problem of marine debris. The problem of marine debris is widelyreported in the press, but the solution tends to be general and repetitive. However, through this conference, participants
were able to hear the current status of marine debris in real life as well as recent results of scientific research. This opportunity has provided a more scientific and realistic idea for solving marine debris problem.

Marine Litter News 14

Event without disposable plastic products
Another reason why the conference attracted much attention was that it was a event without disposable plastic products.
Not only snack containers, but also banners, sign boards and nameplates were made of paper or made to be recycled.
The dishes for snack were provided by I’MGreener, which has a mission of sustainable takeout solution. They were madeof corn starch and usable as compost after use. These efforts and practices showed that this society is a place to sharenot only knowledge but also practical ways. Thank you for I’MGreener’s support.
Environmental issues such as marine debris needs practical methods as well as researches in order to solve the problem. Therefore, it is necessary to share the research results and solve the problems together. In this respect, holding thismarine debris conference has a big meaning and a role.

The representative of OSEAN, Sunwook Hong, announced the opening of the 2nd KMDC

Professor Kim, Seung-Kyu presented the abundances of microplastics in table salt around the world15

Dr. Jung Hoon Kang presented the characteristics of microplastics in continental shelf of Korean coast

Dr. Won Joon Shim responded questions in discussion session

Art works themed marine debris-1

Marine Litter News 16

Art works themed marine debris-2

ACTIVITIESMarine Litter News

Vol. 10(2): 17-20, December 2018
Asia Pacific Civil Forum on Marine Litter

Meeting held to address recreational fishing debris
Jongsu Lee
Rearcher of OSEAN(Our Sea Of East Asia Network)
leesavannah@hanmail.net

We took the first steps to look for comprehensive measures to reduce fishing debris.
The fishing debris is one of the garbages that OSEAN has noticed for a long time. The reason is because of the various
characteristics of the fishing debris. These are 1) the actors who cause it are limited and obvious, 2) the damage causedby it is serious, and 3) the problem related to fishing debris is getting bigger. Unlike other marine debris, fishing debris is akind of garbage produced by anglers who have fishing as a hobby. It is different from garbages that people throw away intheir daily life. Fishing lines and fishing hooks, which occupy the large proportions of fishing debris, are not used by others
and there is no possibility of generating such garbage by them. Because the garbage has been generated by specificpeople, it does not account for a large percentage of the total garbage. But the damage caused by it is serious. For example, spoonbills was found to be wounded with fishing hooks caught in their necks. Sometimes they accidently swallow
fishing hooks and have serious damage on their necks and stomachs. In addition, it is no wonder that the amount of fishing debris has increased with the fishing population increasing. The media reported that the fishing population in Korea
exceeded the mountain climbing people by number.

Marine Litter News 18

It is obvious that the actors who generate fishing debris are anglers and others have little chance to make it. In that sense,
it is similar to the wasted Styrofoam buoy.
OSEAN has been trying to solve the problem of styrofoam by gathering various stakeholders and holding meetings for acouple of years to find solutions and establish policies.
The efforts have been fruitful and the wasted Styrofoam buoy has been showing a declining trend in national monitoring
projects. Based on the experience of this best practice, OSEAN has adopted a new task to reduce fishing debris.
As the first step to achieve this goal, OSEAN held a meeting on fishing debris on November 22. The meeting was sponsored by Patagonia, which supported a OSEAN’s fishing debris research project this year. Patagonia uses 1% of its sales
revenue to support environmental groups around the world and in the community with a mission to make products that
do not cause unnecessary environmental damage.
Before the discussion began, we watched a documentary called ‘Blue Sea’ produced by Human Story. The documentary was about fishing debris and on the air on “Fishing Channel” three years ago. It was a fresh shock that the fishingchannel tried to inform anglers of fishing debris problem. The discussion began with the announcement of Lee Jongmyeong, Chief Science Officer of OSEAN. He explained the overall situation and problems of the fishing debris. He added
counter measures against fishing debris, like fishing license and permits. After that, a total of 7 presenters announced theresult of fishing debris monitoring and current status of the fishing debris.
Park eun-joo who is director of the Busan Marine Environmental Education Center, Kim Tae-hee, representative of Busan
Dream Ocean Network, Lee Bo-kyung, director of Alternative Social Affairs of the Association for Environmental Movement, reported the status of fishing debris at their communities. Lee Jae-sung, head of the Hallyeo Marine National Park’s
eastern office, presented the results and outcomes of the project of Hallyo Marine National Park titled ‘The collection ofderelict lead weight used to support fishing rods’.
The ‘derelict lead weight’ is the lead that the anglers melt the lead weight and put it on rock and use it as a fishing rod
support. Not only does it threaten the marine ecosystem, but is also dangerous for anglers who handle it because thelead itself is a harmful heavy metal. Ahn Seung-min of the Human Story presented the process of making the program‘the blue sea’ and the actual situation of the fishing debris that he experienced while making the program. Kim Youngchun, captain of nature friend of Geoje announced the status of fishing debris in Geoje Island and preventing measures.
A panel discussion was held after the presentation. In this section, the effective ways of fishing debris monitoring andcountermeasures against it were discussed. Expansion of no fishing zone, improvement of fishing methods, educating
anglers for fishing debris were presented as measures. Through these various opinions, the discussion was an opportunity for participants to realize that addressing fishing debris is a task to start right now, although it takes a lot of time andeffort to reduce fishing debris from small practice to advanced improvement like law revision. Proposed measures fromthis forum should be put into practice, and biologial and ecological damage by fishing debris should be improved.

19

Fishing line is the most abundant debris among reacreational fishing debris

Waste generated in daily life is easily found on the recreational fishing spot

The representative of OSEAN, Sunwook Hong,opened the meeting

Marine Litter News 20

The representative of Drean Ocean Network, Kim Tae-hee, introduced the result of recreational fishing debris monitoring in BusanACTIVITIESMarine Litter News

Vol. 10(2): 21-23, December 2018
Asia Pacific Civil Forum on Marine Litter

Women’s roles in plastic waste management in Son Tra andThanh Khe districts, Da Nang city, Vietnam
Nguyen Ngoc Ly
Director of CECR
ly.nguyen@cecr.vn
Doan Vu Thao Ly
Project Coordinator of CECR
y.doan@cecr.vn

I. Introduction
Marine plastic waste is a critical threat to ocean in Vietnam. A recent research has found that Vietnam is one of the six
countries with mismanaged plastic waste (Jambeck et al., 2015). Land based plastic waste, when it is not segregated andtreated properly, will be transported by rivers and other waterways, discharged directly to the ocean, and threaten to life
under the ocean. In Vietnam, conventional method of solid waste treatment remains the same in many years, meaningthat all garbage and wastes end up in landfill without sorting at source (World Bank, 2018). In addition, cost of waste management is also controversial issue to the country. The facts show that every Vietnamese households pay a fee around$0.30/person per month for sanitation and environment. This fee barely cover the costs for solid waste treatment. Bothcentral government and provincial government have to subsidize on cost for solid waste treatment. For example, Hanoi
Capital city and Ho Chi Minh City, each city has to pay around USD 56 million per year from the governmental budget forcollection, transportation, treatment of the solid waste. But the government not be able to subsidize to these pricy SWM
costs forever.
Waste recycling is one of the solution to tackle those problems. Plastic segregation and recycling is necessary to reduce
plastic pollution of the ocean. This article will focus on important roles of women in plastic collection and recycling throughanalyzing women participation in waste sorting at household level and collecting and recycling by street women pickers
and scavengers in Da Nang city.
In the beginning, the article will highlight a successful Women-led model in Son Tra and Thanh Khe districts. These
women are residential, urban people who are quite active on waste segregation at household level, working under Viet
Nam Women Union. Their contributions to waste management were highly appreciated by communities and local govFieldwork in Yamagata Prefecture
Workshop in Kamisu-city (Ibaraki Prefecture)ernment. Secondly, the article will analyze contributions and obstacles to street women waste pickers and scavengers.
Female scavengers who migrate from rural area to Da Nang city. They are quite poor and uneducated. Due to lower
social status, Women Street waste pickers face many challenges to their daily life. Even though the benefits of women’s
participation on plastic collection and recycling at household level were recognized, acknowledgement of contributions of
Women street waste pickers is still limited.

II. Women-led model on plastic waste management
In the framework of CECR’s

project on “Ocean without Plastic: Community based Recycling Program for Healthy

Community and Green City” an initiative “Women – led Model of Community based Plastic Collection and Recycling
Program” has been carried out in Son Tra and Thanh Khe Districts, Da Nang City. These are two main districts with totalof population of 360,000 people living in 1,910 residential areas and there are 395 women’s units operating under Viet
Nam Women Union.
Community based recycling activities include household based waste segregation to resource waste (those waste could
be sold to collectors), organic waste (green stuff from kitchen), low value plastic waste (plastic bags). Women unit playpioneering role in sorting activities at residential areas trained and help families to segregate waste at home. They organize to gather resource waste and sell to waste collectors. Organic waste is composted at home and compost is used forhouse gardening. For plastic bag waste, the family gather them in a aluminum container and waste collectors come tocollect them in regular base.
All the plastic bags waste are transported and sold to recycling centers. This plastic bags waste value chain (household– collectors – recycling plants) in an innovation as solution to reduce and recycling plastic bags, preventing them fromdirect discharging to rivers and ocean.
The women-led model has succeed on bring several benefits such as money generated from selling of resource waste
go into community fund to assist poor households, transforming habits of women to reducing plastic and separating
waste at source.
In this model, women participated in consultation and discussion for planning with local authorities and other stakeholders
and they developed strong communication program within communities. Every three months, they reported on results tocommunities, discussed lessons learnt and continued to maintain success and improve practices. They help to engage
street women collectors and women working in recycling into plastic waste value chain, strengthen partnerships amongresidents, provincial government, informal sectors and collecting data on women’s contributions in waste management.
The women-led models of community based plastic collection and recycling program is widely expanded in other locations in the city. As a result, the promoting participation of women in plastic management creates great opportunity for
reduction, reuse, recycling of plastics into the global marine.

III. Street women waste pickers on plastic recycling
There are about 300 women scavengers working in landfills in Da Nang and probably the same number of women working as street waste pickerrs. These women represent informal women workers and they still face many social stereotypes,
which lead to three obstacles: 1) Gender discrimination; 2) Unequal Pay and 3) Difficulty in access to health opportunity.
Firstly, informal women workers encounter with gender discrimination because their job. Based on results of field study,
street women pickers and scavengers account for 90%. Scavenger and waste pickers are considered as dirty and unrespect jobs in Vietnam. People usually look down to female scavengers because of their social status as poor, inferior,dependent as well as their appearances as grubby clothes, black skin, and muddy. Thus, those female scavengers tend

Marine Litter News 22

to be bullied by other people.
Secondly, women face to imbalance income compared to men. Even though both of men and women are informally
involved in collecting, recycling, segregating plastic, there are large contrasts on plastic waste recycling behaviors between men and women. The distinctive recycling behaviors affect women and men differently. Men pick up and purchasehigh-value recyclables as such old fridge, washing machine and electrical products while women collect lower- earning
activities such as waste picking, plastic bottles, cans of beer and cardboard. Women tend to be paid less than men even
they work in similar jobs.
Thirdly, women face to difficulty in access to health opportunity. Women contribute significantly to waste collection andrecycling, however social status is in general low and work in unsafe and unhygienic environmental conditions for theirhealth. In Da Nang, women waste pickers are most immigrants from rural area. Some lives under poverty line and literacy.
They unceremoniously engage informally in plastic recycling with free services and work in low-quality standards. They
tend to be more marginalized and vulnerable in insanitation at dumpsite because lacking social welfare policy to theirhealth as well as no social insurance policy for their job.

IV. Conclusion
In conclusion, women are agents of changes because transforming women is not only for herself but also she is able toinfluence to their family and community change. Moreover, women were recognized that play significant roles on plastic
debris management at household level and in the plastic waste value chain. Women – led model of Community – Based
Plastic Collection and Recycling Program” is a strong evidence of advantages of women. However, the roles of female
waste pickers are not appreciated by most of the people or the authorities. Therefore, there is a strong need for more
attention and recognition from multi-stakeholders on women’s contribution to waste management should be consideredin city policy to “formalize” the informal women pickers and scavengers.

References
Jambeck, J. R., Geyer, R., Wilcox, C., Siegler, T. R., Perryman, M., Andrady, A., ...& Law, K. L. (2015). Plastic waste inputs
from land into the ocean. Science, 347(6223), 768-77 (Bank)
Bank, W. (2018.). What a waste 2.0: A Global Snapshot of Solid Waste Management to 2050. Retrieved December 25,
2018, from https://www.worldbank.org/en/news/immersive-story/2018/09/20/what-a-waste-an-updated-look-into-thefuture-of-solid-waste-management
CECR (2018) Progress report project on Ocean without Plastic: Community Recycling Program for Strong Communityand Green city.

23

ACTIVITIESMarine Litter News

Vol. 10(2): 24-28, December 2018
Asia Pacific Civil Forum on Marine Litter

How citizen-scientists helped us to document the type andquantity of coastal debris pollution in Taiwan
Bruno Andreas Waltherbawalther2009@gmail.com
Chieh-Shen Hu
jason@wilderness.tw

The beginnings of citizen-science and coastal cleanups in Taiwan
Coastal pollution with man-made debris, and especially plastic pollution, became an obvious problem in Taiwan in theearly 2000s.
To highlight this emerging problem, Taiwanese environmental non-governmental organizations (ENGOs) began education campaigns and coastal cleanup events in the 2000s. Specifically, the “Society of Wilderness” (SOW, www.sow.org.
tw) began to organize coastal cleanup events in order to decrease coastal pollution, involve and educate Taiwan’s public
and media (cleanocean.sow.org.tw), and document the types, numbers, and weights of debris items. It was also the time
period when the Taiwanese people began to embrace environmental issues, and therefore environmental activities suchas coastal cleanup events found a growing number of volunteers.
The SOW seized this opportunity, and using the International Coastal Cleanup sampling scheme as a guide, began tocollect data on 19 different types of man-made coastal debris. Data were collected by training volunteers to collect andenter the data and thus become citizen-scientists [Figures 1-3]. In order to gain a nationwide and long-term understanding of Taiwan’s coastal pollution problem, we analyzed the resulting 12-year dataset on coastal debris pollution which
includes 541 cleanup events conducted between October 2004 and December 2016 [1]. This is a unique dataset for
Taiwan because it is the only long-term dataset and the only dataset which covers the entire nation’s coastline. To collecta dataset of such great spatial and temporal scale would have been impossible without the help of the citizen-scientists[see reviews of this topic in 2-4].

The results from the dataset’s analysis
The 502 cleanup events were distributed all around Taiwan Island’s coastline, and another 39 events took place on
nearby islands [Figure 4]. The number of volunteers per event varied from 1 to 1660 people, and the length of the coastal
strip cleaned correspondingly varied from 9 to 7100 m. The five most recorded debris categories were plastic shoppingbags, plastic bottle caps, disposable tablewares, fishing equipment, and plastic drinking straws. About 60% of the debris
items originated from single-use food and drink packages, and another 15% from fishing equipment, and about 90% wasmade of plastic or made of plastic mixed with other materials. Using two different calculation methods, Walther et al. [1]estimated that, on average, between 3.7 and 7.9 million items weighing 560–1110 metric tons polluted Taiwan’s coastline
during the 12-year period of the study. However, they also pointed out that such an average is of course a generalizationfrom the real situation which is highly dynamic and ever-changing because wind, waves, water currents, and visitors constantly deposit debris items, while professional and private cleanups continuously remove items. Without such removal,
the overall level of coastal pollution would be magnitudes higher than the calculated average.

Implications for source-reduction policies and response by Taiwan’s government
From the beginning, one of the aims of collecting these data was to be able to put pressure on Taiwan’s government toconsider source reduction policies. For example, by reporting the overwhelming presence of single-use plastics in thecollected debris, which received widespread media coverage and raised public attention, the SOW was able to put pressure on the government. Indeed, Taiwan’s government recently implement a timeline of banning certain single-use plastic
items. By 2020, plastic shopping bags, plastic drinking straws, beverage cups, and disposable tablewares will be partiallybanned, with the intention of introducing payment costs in 2025 and likely complete bans in 2030 [5-6].
The growing realization of the urgency and magnitude of the plastic pollution problem [7] has further triggered an effort by
Taiwan’s EPA in collaboration with eight ENGOs to launch a large-scale quantitative beach debris monitoring program in2018 as well as to educate the public and reduce the use of plastic products that cause marine pollution [8].
Walther et al. [1] also made seven recommendations about how to improve the data collection by Taiwanese citizenscientists in the future. Recommendations included:• better professional supervision and validation of data and samples [4];• collection of additional variables, such as geographic coordinates, any information of source (e.g., photos of productlabels), an estimate of human accessibility of the site [9], and coastal type (e.g., sandy beach, rocky shore, harbor, etc.).;• a subgroup of interested volunteers could be trained to sample a smaller subsection very intensively, perhaps evencollecting mesoplastics and microplastics, and collecting up to a depth of 10 cm;• given that debris also blows into the dunes and other areas adjacent to the coast, some collection should also takeplace in these areas;• more efforts should be made to communicate the results of the cleanup events in a timely fashion back to the volunteers, the public, and the media [10-11]. Cigliano et al. [3] discussed how to involve citizen-scientists in policy change,
education, community outcomes, and site management outcomes;• other studies had very good results when involving school children [10, 12-13] so we recommend to make a moreconcerted effort to take school children to the cleanup events;• To develop a smartphone application to enter data and geo-referenced photos [4, 14].
We hope that this study [1] inspires more and better citizen-science involvement in the various pollution crises which the
Pacific region faces.

25

Bibliography
1. Walther, B.A., Kunz, A., Hu, C.-S., 2018. Type and quantity of coastal debris pollution in Taiwan: A 12-year nationwide assessment using citizen science data. Mar. Pollut. Bull. 135, 862–872.
2. Thiel, M., Penna-Díaz, M.A., Luna-Jorquera, G., Sala, S., Sellanes, J., Stotz, W., 2014. Citizen scientists and marine research: volunteer participants, their contributions and projection for the future. Oceanogr. Mar. Biol. Annu.
Rev. 52, 257–314.
3. Cigliano, J.A., Meyer, R., Ballard, H.L., Freitag, A., Phillips, T.B., Wasser, A., 2015. Making marine and coastal
citizen science matter. Ocean Coast. Manag. 115, 77–87.
4. Hidalgo-Ruz, V., Thiel, M., 2015. The contribution of citizen scientists to the monitoring of marine litter. In: Bergmann, M., Gutow, L., Klages, M. (Eds.), Marine Anthropogenic Litter. Springer Open, pp. 429–447. http://link.
springer.com/book/10.1007/978-3-319-16510-3.
5. Leary, K., 2018. Taiwan has committed to banning plastic items by 2030. World Economic Forum. https://www.
weforum.org/agenda/2018/02/taiwan-commits-tobanning-plastic-items-by-2030 (26 February).
6. Lin, C.-n., 2018. EPA sets timetable to ban plastic use. Taipei Times. http://www.taipeitimes.com/News/front/archives/2018/02/14/2003687612 (14 February).
7. Walther, B., 2015. Nation engulfed by plastic tsunami. Taipei Times. http://www.taipeitimes.com/News/editorials/
archives/2015/01/09/2003608789 (9 January).
8. Yang, C.-h., 2018. Forging alliances for plastic-free oceans. Taipei Times. http://www.taipeitimes.com/News/
editorials/archives/2018/03/02/2003688511 (2 March).
9. Schmuck, A.M., Lavers, J.L., Stuckenbrock, S., Sharp, P.B., Bond, A.L., 2017. Geophysical features influence theaccumulation of beach debris on Caribbean islands. Mar. Pollut. Bull. 121, 45–51.
10. Eastman, L., Hidalgo-Ruz, V., Macaya-Caquilpán, V., Nuñez, P., Thiel, M., 2014. The potential for young citizen
scientist projects: a case study of Chilean schoolchildren collecting data on marine litter. J. Integr. Coast. Zone
Manag. 14, 569–579.
11. Ocean Conservancy, 2018. Fighting for trash free seas. Cleanup reports. Ocean Conservancy, Washington,
D.C., USA. https://oceanconservancy.org/trash-free-seas/international-coastal-cleanup/annual-data-release/.
12. Hidalgo-Ruz, V., Thiel, M., 2013. Distribution and abundance of small plastic debris on beaches in the SE Pacific(Chile): a study supported by a citizen science project. Mar. Environ. Res. 87-88, 12–18.
13. van der Velde, T., Milton, D.A., Lawson, T., Wilcox, C., Lansdell, M., Davis, G., Perkins, G., Hardesty, B.D., 2017.
Comparison of marine debris data collected by researchers and citizen scientists: is citizen science data worth theeffort? Biol. Conserv. 208, 127–138.
14. Ocean Conservancy, 2018. Fighting for trash free seas. Ocean Conservancy, Washington, D.C., USA. https://oceanconservancy.org/trash-free-seas/international-coastalcleanup/cleanswell/.

Marine Litter News 26

Fig. 1. Volunteers collecting coastal debris in Dajia District, Taichung special municipality,
on 20 September 2014. Photo taken by SOW.

Fig. 2. Volunteers sorting and counting the collected coastal debris in the Houji River estuary,
Kaohsiung special municipality, on 18 April 2009. Photo taken by SOW.

Fig. 3. Volunteers weighing the collected coastal debris at Linyuan District,Kaohsiung special municipality, on 10 September 2017. Photo taken by SOW.

27

Fig. 4. Locations of 541 cleanup events conducted between October 2004 and December 2016 in Taiwan.

Marine Litter News 28

What is Asia Pacific Civil Forum on Marine Litter?
Asia Pacific Civil Forum on Marine Litter is a network
established in 2009, made of NGO groups dedicatedto protection of marine environment from marine litter in
Asia Pacific countries.

Network member groups are:Japan Environmental Action Network (JEAN)Our Sea of East Asia Network (OSEAN)
Taiwan Ocean Cleanup Alliance (TOCA)
Shanghai Rendu Ocean NPO Development Center
Kewkradong Bangladesh
ICC Philippines
Tangaroa Blue Foundation
Ocean Conservancy
GreenhubTo the readers,
East Asian countries are connected to each other environmentally, geographically, historically, or culturally
through shared regional seas. The East Asian region is
one of the most dynamic economic centers with some of
the busiest shipping lanes in the world. With the spreadof mass production and consumption over the last decades came the huge increase in solid waste generation.
There are, however, not enough waste treatment facilities
and management measures, which makes the region
vulnerable to marine debris pollution.
Entering the seas in large amounts, floating debris has
become a source of concerns and conflicts amongsome neighboring countries. This transboundary environmental problem requires concerted efforts of all
the relevant stakeholders beyond sectoral and politicalboundaries. In this regard, OSEAN (Our Sea of East
Asia Network) and JEAN (Japan Environmental Action
Network), the marine debris NGOs in Korea and Japan,
have shared a vision in which people in the East Asia
could act together as one community in protecting our
precious marine ecosystems. We believe that NGOs in
the East Asian countries have an important role in sharing experiences and acting together to address the marine debris issue in the region from the bottom up.

The city governments of Shimonoseki and Nagato,
and JEAN co-organized ‘2009 Marine Litter Summit - Shimonoseki•Nagato Meeting’ on October 16-18,
2009, in Shimonoseki, Japan. OSEAN suggested in themeeting to start an ‘East Asian Civil Forum on Marine
Litter’ through which relevant NGOs and organizationsin the East Asia could share experiences and information and work together on the marine debris problems.
OSEAN and JEAN have reached a consensus to launch
the forum and publish biannual newsletters. So we havelaunched the East Asian Civil Forum on Marine Litter
and we are delivering marine debris news from member
countries via e-mail to people who are concerned withthis problem on local, national, and regional levels. In late2012 now, we have four members above. We hope thatthe forum could provide a venue for all of us to share ourvision, experiences, and creative actions.
This is the first effort to link the East Asian people beyond geographical and language barriers to a common
goal of protecting our seas from marine debris pollution.
NGOs and organizations that have interests and passion
to make our seas clean and healthy are more than welcome to join us. For more information, you can contact
us at loveseakorea@empas.com. Please let us know if
you have any problem in receiving the newsletter. These
articles are also available online at http://cafe.naver.com/
osean.
Secretariat,
Sunwook Hong (OSEAN) and Kojima Azusa (JEAN)

29

ISSN 2287-8971

Marine Litter News
Volume 10 • Issue 2 • December 2018
© Asia Pacific Civil Forum on Marine Litter (APML)
The newsletter is biannually published by APML.

Asia Pacific CIvil Forum on Marine LitterJapan Environmental Action Network (JEAN)
202, Mansion SOPHIA,
3-4-12, Minami-Cho, Kokubunji-Shi, Tokyo, Japan
URL http://www.jean.jp
E-mail Cleanup@jean.jp
TEL +81-42-322-0712
FAX +81-42-324-8252

Our Sea of East Asia Network (OSEAN)

717, Leadersvill, 23-96, Jukrim 4ro, Tongyeong, Gyeongnam, 650-826, South Korea
URL http://cafe.naver.com/osean E-mail loveseakorea@empas.com
TEL +82-55-649-5224
FAX +82-303-0001-4478

Taiwan Ocean Cleanup Alliance (TOCA)

97057, No.87, Fuyang Rd., Hualien City, Hualien County, Taiwan
URL http:// www.icctaiwan.org.tw E-mail kuroshio@seed.net.tw
TEL +886-3-857-8148
FAX +886-3-857-8948

Shanghai Rendu Ocean NPO Development Center

Room 222, Building C, No.633, Eshan Rd, Shanghai, China, Zip Code 200127
URL http://www.jintan.org E-mail liuyonglun@163.com
TEL +86-21-61762119

Kewkradong Bangladesh

C4 Arambag Eastern Housing, Mirpur-7, Dhaka 1216, Bangladesh
Muntasir@gmail.com
TEL +88 01911 310 275

ICC Philippines

Units 8 & 9, CCP Bay Terminal, CCP Complex, Roxas Blvd., Pasay City, Philippines,
URL http://sites.google.com/site/iccphilippines/home
Blog: coastalcleanupphilippines@blogspot.com
Email: iccphilippines@gmail.com
Mobile No. : +63917.372.87.02

Tangaroa Blue Foundation

PO Box 757, Port Douglas, QLD 4877, Australia
Web: www.tangaroablue.org Email: info@tangaroablue.org
TEL+61.410166684

Ocean Conservancy

1300 19th Street, NW, 8th Floor, Washington, DC 20036, USA
Web: ww.oceanconservancy.org Email: cleanup@oceanconservancy.org
TEL +1-202-429-5609

GreenhubPlanning and Investment Ministry Building, 10th floor, office 1008, 8b Ton That Thuyet, Hanoi, Vietnam
Web: www.greenhub.org.vn Email: info@greenhub.org.vn
TEL +84 4 629 26764