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(Göteborg, Sweden) A new study has found elevated levels of toxic mercury in women of child-bearing age in countries across the Pacific, Caribbean, and Indian Ocean. More than half of all women who were sampled measured above the US EPA level of concern, and three out of four women measured had mercury levels that have been associated with the onset of mercury-related impacts to fetal development. The study establishes that mercury pollution has accumulated across the worlds’ major oceans, contaminating the marine food chain and posing a threat to a sizable portion of the world’s island populations.
A new study has revealed that mercury pollution is more widespread across the world than previously thought, even among high-level ministers and delegates, as a new UN treaty struggles to get to grips with what experts call “an immediate threat to everyone.”
Evidence that the neurotoxic metal mercury poses a global health threat to all was underscored today in a new study analyzing the mercury body burdens among delegates of a global conference of the world’s first mercury treaty. The study detected mercury levels above health alert thresholds in over half of the global policy decision-makers tested at the first Conference of the Parties to the Minamata Convention.
Researchers concluded that even global policy-makers who are educated about mercury risks are not protected from mercury contamination. The findings revealed mercury in all participants and elevated mercury levels exceeding theUS EPA health advisory level of 1 ppm. Levels many times higher were identified in delegates from a number of regions. Mercury, while harmful to adults, causes the greatest damage to the developing nervous systems of fetuses in utero.
Erik Solheim, the UN Environment Executive Director, stopped by IPEN's "Mercury Salon" at the COP1 to get a hair sample taken to be tested for mercury. IPEN had invited all COP1 attendees to come by the IPEN booth to get their hair tested, and to date, 160 meeting participants have given a sample. The samples taken during the meeting will be sent to Biodiversity Research Institute's laboratories for mercury analysis. Results will be complied and reported on at UNEA3.
Following the hair sampling, Mr. Solheim met with Minamata Activist and fetal Minamata disease patient Ms. Shinobu Sakamoto. They had a brief discussion and Ms. Sakamoto reiterated her message of "No More Minmatas."