Implementing small-scale poultry-for-nutrition projects: Successes and lessons learned.
Stella NordhagenRolf KlemmPublished in: Maternal & child nutrition (2019)
This paper examines Helen Keller International's model for nutrition-sensitive poultry production using a programme implemented in four diverse African contexts-three rural and one urban. Consecutive cross-sectional surveys conducted every 5 months among ~15% of participating households show that despite project-provided training and inputs, there was only limited uptake of many "best practices." Few households constructed improved henhouses; vaccination rates varied and were highest when support was provided. Poultry mortality was high. Egg productivity remained average for village poultry systems, and egg consumption remained low (two to six eggs consumed per household per fortnight). However, children whose mothers were exposed to project messages on nutrition were more likely to eat eggs, and consumption was consistently higher among households with chickens. Women's involvement in chicken rearing was widespread, but their control over revenues from the sale of poultry products was limited. Key lessons learned from implementation were as follows: (a) strong behaviour change communication is needed to encourage egg consumption, (b) nutrition-sensitive village poultry programmes should often focus more on improved practices than improved breeds, (c) supporting women's chicken production is not a route to empowerment without complementary activities that directly support women's ownership and decision making. There is also a need for rigorous research on the role of village poultry in livelihoods, food systems, and consumption as well as the structure of poultry and egg markets in low-resource areas.
Keyphrases
- antimicrobial resistance
- quality improvement
- cross sectional
- healthcare
- physical activity
- primary care
- polycystic ovary syndrome
- decision making
- pregnancy outcomes
- climate change
- randomized controlled trial
- pregnant women
- cardiovascular events
- type diabetes
- adipose tissue
- insulin resistance
- skeletal muscle
- breast cancer risk
- heat stress