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Bioscience advances present important opportunities for economic development and sustainable intensification of African agriculture. In the global North, the private sector invests heavily in applied research, whereas in Africa the public sector shoulders the burden of developing research capacity. This article explores whether public science agencies should assume an expanded role to approach bioscience capacity using a system lens – developing capability for innovation within the whole system. The article identifies the types of intervention, beyond skills development, research infrastructure and funding that could enhance the potential of bioscience as an innovation driver. Following a summary of trends, a model of the system capacities required for bioscience impact and innovation is proposed and used to analyse a case study from East Africa. The results suggest that a fundamental rethink of the role of public science agencies within the wider biosciences landscape is required, necessitating complementary investments and a more complex network of partnerships across public and private sectors. [ABSTRACT FROM AUTHOR]

Innovation platforms (IPs) are a way of organizing multistakeholder interactions, marshalling ideas, people and resources to address challenges and opportunities embedded in complex settings. The approach has its roots in theories of complexity, the concept of innovation systems and practices of participatory action research. IPs have been widely adopted across Africa and beyond in recent years as a “must have” tool in a range of “for development” modes of agricultural research. Our experiences with establishing and facilitating nine IPs in local settings in west and central Africa contribute to understanding factors that impact on their effectiveness. The nine IPs were variously focused on developing dairy, crop and/or meat value chains by strengthening mixed crop-livestock production systems or seed systems. Using case study methods, we identified variables that contribute to explaining the performance of these IPs in relation to six domains of change in the agricultural system and the sustainability of changes. Thematic analysis was guided by a conceptual framework which grouped variables into four categories (context, structure, conduct, and process) that interact to influence IP performance. Stronger market connections and value chains were generated through some of these IPs but the most prevalent changes overall were in farm productivity and technical knowledge of producers. The structures evolved in some IPs, akin to those of producer collectives, suggested they were filling an institutional gap locally. The effect of the IPs on deeper level institutions that influence agricultural systems and food security was modest, constraining prospects for the IPs to generate impact at scale. Impacts from the IPs on research and development organisations were uncommon but had transformative significance. Our conceptual framework did not offer optimal guidance to understanding how the many variables that contributed to performance of these IPs combined and sequenced, but the pattern of interactions was consistent with increased social capital being the prime mediator for change. Achieving greater prospects for transformational change and impact at scale warrants at least equal attention to three other interconnected change pathways: through markets, institutions and innovation capacity. Important factors for increased impact are individuals and organisations with capacity to purposefully build and manage inter-organisational and cross-scale networks, early diagnostic studies of the institutional landscape, and adaptive processes of critical reflection and learning that continue beyond the short term. [ABSTRACT FROM AUTHOR]