ABSTRACT
Rural women were involved in a water and sanitation project (WSS) in which health impacts were compared between children in two areas: intervention and comparison areas. In intervention area people were provided with handpumps, latrines and hygiene education, whereas, in the comparison area, people did not receive these project inputs. In the intervention area women were directly involved in the site selection of handpumps and latrines, their installation, construction, and maintenance. Observations on women's involvement and their performances in the intervention area are presented. About 89% of the pumps maintained by women (n = 30), and 86% of those maintained by project workers (n = 49) were found to be in good working condition. Women supervised the construction of all 754 latrines, fenced 58% of the projects-supported latrines (n = 268) and emptied the pits of 65% of the 276 filled-up latrines. Socio-cultural factors were not barriers to women's involvement and performance. The findings have policy implications for effective involvement of rural women towards the development of sustainable WSS programs.
Subject(s)
Adult , Bangladesh/epidemiology , Child , Community Participation , Diarrhea/epidemiology , Female , Follow-Up Studies , Humans , Hygiene , Incidence , Male , Population Surveillance , Program Evaluation , Rural Health , Sanitation/methods , Toilet Facilities , Water Supply , Women/educationSubject(s)
Adolescent , Aeromonas/isolation & purification , Bacterial Infections/microbiology , Bangladesh , Child , Child, Preschool , Diarrhea/microbiology , Female , Humans , Infant , Male , Rural PopulationABSTRACT
An epidemic of dysentery broke out in St. Martin island during May through July 1973. The epidemic was caused by Shigella dysenteriae type 1. The dysentery could not be controlled by conventional antibiotics and other antidysenteric drugs. The average attack rate was 32.9%. The age specific attack rate was highest in the age group 1-4 years (52.2%). The attack rates were higher in smaller families. The rates were not greatly different amongst people using different sources of water. The overall death rate was 2.1%. The overall infection-to-death rate was 6.4% but amongst children less than a year old, it was 41.1%. A common source outbreak was unlikely. The higher attack rate in smaller families suggested limited possibility of person to person spread. No particular water source could be implicated with higher attack rate. Flies may have played an active role in transmission.