This study aimed at determining the contribution of farmer networks (FNs) structure to resilience of agroecosystems. A total of 23 actors were surveyed using a census sampling method. Quantitative and qualitative data were collected using a mixed methods approach. Data were analyzed using social network analysis and a deductive codebook. Findings revealed a cohesive group with high density (0.67), good arc reciprocity (54%), high transitivity (0.75). The network is cohesive and centralized, but periphery actors were more connected externally. There was positive correlation between frequency of communication and decision to change production system. Network is specifically for diffusion, but 90% of actors also adopted BMPs through social interactions. This study concludes that FNs can help in scaling up adoption of BMPs. FNs contributes to a resilient agriculture based on resilience principles of connectivity, encourage learning and experimentation and broadening participation. This is encouraging for policy to invest in FNs for BMPs adoption
