Evaluation of the Relationship Between Sustainably Intensified Production Systems and Nutritional Outcomes (SIPS-NO)
Lead Institution: Texas A&M University
Award amount: $999,198
Focus country: Ethiopia
Principal investigator: Neville Clarke - email@example.com
U.S. collaborating institution(s): North Carolina Agricultural and Technical State University, Feed the Future Innovation Lab for Collaborative Research on Nutrition in Africa, Feed the Future Innovation Lab for Small Scale Irrigation
International collaborating institution(s): Bahir Dar University, International Water Management Institute (IWMI), International Food Policy Research Institute (IFPRI)
Summary: The project will evaluate the implications of sustainable intensification of crop and livestock production systems (SIPS) on human nutrition in northern Ethiopia. The existing infrastructure and ongoing research and development of the Innovation Lab for Small Scale Irrigation (ILSSI) in the Lake Tana basin of Northern Ethiopia will be used as a platform to efficiently conduct research to evaluate SIPS for crop and livestock production and their environmental, economic and nutritional consequences. There are three goals for this project:
- To provide an increased and more stable income for smallholder farmers
- To improve the capacity for these farmers to improve the status of nutrition, especially for women and children
- To increase the sustainable use of natural resources and offer the possibility of enhanced long-term improvement in agroecological health.
In addition to monitoring ongoing ILSSI projects and extending them to SIPS-NO products, new projects involving livestock-fodder and kitchen-garden systems will be specifically directed to SIIL objectives. The results of these interventions will provide input to the Integrated Decision Support System (IDSS), adapting its application from small-scale irrigation to sustainably intensive production system assessment. The IDSS will be used for the systems analysis of the consequence of intensified production systems at the Lake Tana sites and will further develop the modeling framework for future application in other sites in Ethiopia and other SIIL countries.