Today, at the opening session of the Mercury Treaty COP3, Mr. Koichiro Matsunaga, Minamata Disease Patient, addressed the delegates in plenary. In a moving statement, Mr. Matsunaga, who was exposed to mercury in the womb, reminded delegates of the real-life implications of mercury poisoning. Born in 1963, Mr. Matsunaga could not walk until 7 years old due to Minamata Disease. Despite his disabilities, he enjoyed riding bicycles, but in 2010, it became difficult for him to walk because of increasing pain, which forced him to live in a wheelchair. He stated, "Minamata disease is not over yet. Problems have not been solved yet. I do not want to see any more children suffer like us." He implored delegates: "Please take appropriate control of mercury for future children. I need the whole world to avoid causing any more tragedy by mercury."
Nigeria and Japan have undertaken a waste management initiative aimed at obtaining information of mercury emission and release from landfill facilities.
Ahead of a major survey scheduled to hold by January 2010, consultants, civil society organisations, government officials and representatives of the Japanese government have commenced moves to actualise the scheme.
CIDAHU, Indonesia — Thousands of children with crippling birth defects. Half a million people poisoned. A toxic chemical found in the food supply. Accusations of a government cover-up and police officers on the take.
This is the legacy of Indonesia’s mercury trade, a business intertwined with the lucrative and illegal production of gold.
In September, IPEN Participating Organization Armenian Women for Health and Healthy Environment (AWHHE) celebrated the 20th anniversary of its foundation. Representatives of the Ministries of the Republic of Armenia, international organizations in Armenia, NGOs and foreign guests attended the event, which was held at the Aram Khachaturian House-Museum.
IPEN presents the third in a series of papers prepared by an international panel of experts on PFAS chemicals. This paper, Perfluorohexane Sulfonate (PFHxS)— Socio-Economic Impact, Exposure, and the Precautionary Principle, offers unique insights about threats to drinking water sources, public health and the occupational health of firefighters due to the particular physico-chemical properties of PFHxS, including its greater mobility, hydrogeological fractionation, and long elimination half-life in people.