Water-Related Infrastructure in a Region of Post-Earthquake Haiti: High Levels of Fecal Contamination and Need for Ongoing Monitoring

Abstract. We inventoried non-surface water sources in the Leogane and Gressier region of Haiti (approximately 270 km2) in 2012 and 2013 and screened water from 345 sites for fecal coliforms and Vibrio cholerae. An international organization/non-governmental organization responsible for construction could be identified for only 56 % of water points evaluated. Sixteen percent of water points were non-functional at any given time; 37 % had evidence of fecal contamination, with spatial clustering of contaminated sites. Among improved water sources (76 % of sites), 24.6 % had fecal coliforms versus 80.9 % in unimproved sources. Fecal contamination levels increased significantly from 36 % to 51% immediately after the passage of Tropical Storm Sandy in October of 2012, with a return to 34 % contamination in March of 2013. Long-term sustainability of potable water delivery at a regional scale requires ongoing assessment of water quality, functionality, and development of community-based management schemes supported by a national plan for th