Water & Sanitation

Ensuring access to clean water and sanitation facilities


Taming an invisible menace: Protecting Myanmar's families from arsenic

© UNICEF Myanmar/2005/Thame
UNICEF Water Officer Win Zin Oo meets with children in the village of Taung Mann Kyar to ensure that they know about the threat of arsenic.

YANGON, 11 April 2005 - The village of Zin Pyun Gon, nestled in Myanmar’s Ayeyarwaddy Delta, appears idyllic at first glance. For the past few years, however, an invisible hazard has been threatening the health of Zin Pyun Gon’s children and families.  While the water that gives them life looks clean and tastes good, it actually contains arsenic, which over time can slowly cause a series of serious ailments.

Arsenic cannot be seen, tasted or smelled.  This naturally-occurring element has only recently been discovered in many of the aquifers lying beneath the surface of Ayeyarwaddy’s meandering alluvial plains.  As thousands of tube wells were drilled to access these water sources over the past few years, many people were unwittingly exposing themselves to this imperceptible danger.

© UNICEF Myanmar/2005/Thame
Thanks to UNICEF support, grandfather U Maung Mya and his family now have access to safe water.

When grandfather U Maung Mya first began noticing spots on his body, he never imagined it was being caused by the water he was drinking from his family’s well, unaware this was the first sign of a potentially serious problem. He is one of two people in Zin Pyun Gon who have been diagnosed with arsenicosis. “Fortunately, my family was not affected.  Only I have suffered,” he says, cradling his granddaughter in his arms. “Now we realize that we need to stop drinking water from the [contaminated] well.  We’re only drinking water from the two new ponds – one provided by UNICEF and the other in the monastery – and the spots on my skin have gradually disappeared.”

That’s the good news about the arsenic threat.  Most of the initial effects of arsenic poisoning can be reversed if people stop drinking water from contaminated sources. “We’re addressing the problem early enough in the curve that the most serious consequences for children and affected communities can be avoided as long as we continue to take action,” says UNICEF Myanmar Water and Sanitation Chief Waldemar Pickardt.

UNICEF is ensuring that families have safer water alternatives by supporting the construction of new community drinking water systems in the most heavily affected areas.  In addition to providing clean water systems, UNICEF has supported over 150,000 tests of water sources in high-risk areas such as Ayeyarwaddy, mapping every village and water source where the water is not safe.

Supporting village-based solutions

Safe drinking water alternatives for villages with contaminated water sources can include rainwater collection tanks, piping systems, clean drinking water ponds or water filters.  Before new water systems are introduced, UNICEF and its counterparts consult with local community members to ensure they have input in identifying appropriate mitigation alternatives that meet their needs. UNICEF compliments the construction of clean water systems with community education activities, to ensure that families living in at-risk areas appreciate the importance of drinking water from safe sources.  UNICEF is also directly reaching out to children, leaving no stone unturned to make sure they know how to protect themselves from arsenic.

Some of UNICEF’s greatest successes are the crises that never arise – and the healthy children who never fall ill.  In Ayeyarwaddy and other parts of Myanmar, UNICEF and its partners continue working to ensure another silent success in the protection of children’s health.


For further information please contact:
Jason Rush, Communication Officer, UNICEF in Myanmar
Phone:  (95 1) 212 086 ;  Fax:  (95 1) 212 063, Email:  jrush@unicef.org






Protecting Myanmar's families from arsenic - 11 April 2005 - Jason Rush reports from Myanmar’s Ayeyarwaddy Delta on the efforts of UNICEF and its partners to protect local families from arsenic contaminated groundwater.

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