An external field evaluator contracted by the Securing Water for Food (SWFF) program evaluated the
performance of the SkyFox integrated aquaculture and crop production project on the livelihood of end
users in Ghana. Specifically, the field evaluator assessed changes in water use, crop yield, time engaged
in agricultural activities, income, and poverty of end users as a result of the innovation. A structured
questionnaire uploaded on the Fulcrum software and mobile application was used to interview end users
with the aid of an interpreter.
The field evaluator found an overall reduction in labor input of 50 percent, while water usage was reduced
by 41 percent and fertilizer input was reduced by 36 percent. In addition, there was a 60 percent increase
in the mean annual income of end users, and extreme poverty level dropped from 84 to 70 percent. An
increase in income was stronger at Dambai, where end users were newly introduced into dry season
farming through the innovation, were given farmlands free, and had some labor costs absorbed by the
innovation. At Domkorkrom, although the income level was low, there was a significant increase in income.
However, all end users interviewed remained in extreme poverty. At Adawso, most end users are in the
upper income level and were able to increase their income by benefiting from the more efficient irrigation
system provided by the innovation. At least seven end users shifted from extreme poverty to low income
and upper income levels. This is a major achievement from the project, especially if this result is extrapolated
across over 10,000 end users that benefit from the innovation
.
The innovation is a strong strategy for alleviating poverty and improving the livelihood of rural people in West
Africa, where more than 70 percent of the people are poor and reside in rural areas. However, there are
important aspects of the project that need reinforcement, including access to loans, adequate maintenance
of water pipelines, provision of more irrigation equipment, and extension of the fish pond models to provide
more wastewater.