Presentation Summary
My presentation was on mercury poisoning
in indigenous communities of the Peruvian Amazon caused by illegal goldmining
activities. The article was posted on October 02, 2020 on the Anthropology News
website, published by the American Anthropological Association. I often use
this source for finding current issues in public health considered in
anthropological contexts, which of course is my own background.
The article reviews the history of
mercury toxicity in the region and describes the population health outcomes for
native peoples making a home of this now poisoned environment. Mercury
is an environmental pollutant that can travel far from its emission source,
where it can damage human health and the environment. Artisanal and Small Scale
Gold Mining (ASGM) is estimated to be the largest source of global mercury
emissions, and occurs in the context of power, race, and gender dynamics in
mining communities; as well as a long history of encultured racism linked to
colonial expansion and the spread of Spanish language, culture and cognition
throughout the Andean and Amazonian world.
As the
people of the Peruvian Amazon were getting sick, their culture systems lacked
the language to describe such phenomena; having never experienced the kind of
health outcomes associated with mercury poison, community cosmologies were left
with no explanation for what was happening to their children and other members
of their community. The one thing that was clear was it was caused by invasive
outsiders, mining the mountaintops and basins of the Andes and Amazon- wherein
they have found homes for tens of thousands of years.
Indigenous
leaders identified the source of the pollution and rallied support of other
native peoples around the world, culminating in a delegation at the United
Nations in Switzerland. Two Indigenous representations came from the Madre de
Dios region of Peru to attend the Third Conference of the Parties (COP3) to the
Minamata Convention on Mercury. After days of deliberation and testimonies from
community leaders around the world describing their own experiences and
interactions with ASGM-linked toxicity, the outcome was overwhelming in support
of their demands to put a check on both legal and illegal mining activities; as
well as bring home best practices for public health approaches to reducing the
burden of mercury poisoning in vulnerable communities.
Image description: The infographic title reads “Facts & Figures ASGM Artisanal and Small Scale Gold Mining” and overlays an image of a silver pan that someone is holding. Below that there is a line of human figures in blue, purple, and green; the text accompanying the figures reads “10–15 million miners including 4–6 million women and children.” The next line includes a stack of gold bars and text stating “12–15% of world gold supply.” Beside the gold bars is an illustration of a factory that is accompanied by the text “More than 1,400 tons of mercury per year released to the environment. Largest source of mercury pollution in the world. At the bottom of the infographic, there is a map of the world in grey with purple pins that represent the different areas affected. The clusters of pins are located in Africa, Southeast Asia, South America, and Central America. The text beside the map reads “over 70 countries affected." Caption: ASGM Facts and Figures. Global Mercury Partnership
Presentation: Mercury's Toxic Touch
Sources:
- Goldstein R. Mercury's Toxic Touch. Anthropology News.
https://www.anthropology-news.org/index.php/2020/10/02/mercurys-toxic-touch/. Published October
2, 2020. Accessed October 4, 2020.
- Who.int. 2020. Mercury And Health. [online]
Available at:
<https://www.who.int/en/news-room/fact-sheets/detail/mercury-and-health>
[Accessed 8 October 2020].
- Selin, N., Selin, H., Barrett, S. and
Goldstein, R., 2020. NSF Award Search: Award#1924148 - CNH2-S:
Mercury Pollution And Human-Technical-Environmental Interactions In
Artisanal Mining. [online] Nsf.gov. Available at:
<https://www.nsf.gov/awardsearch/showAward?AWD_ID=1924148> [Accessed
8 October 2020].
- Mercury.unitar.org. 2020. UNEP-UNITAR
Mercury Platform. [online] Available at: <https://mercury.unitar.org/site/document/1272>
[Accessed 8 October 2020].
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