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Purpose: To advance understanding about the way endogenous knowledge on mangrove swamp rice (MSR) farming is transmitted, reinvented and negotiated between generations and highlight the implications this has for R4D. Design/Methodology/Approach: Long-term qualitative research using an ethnographic approach, technography and biographies of farmers. Findings: The endogenous Agricultural Knowledge and Innovation System (AKIS) is dynamic but faces shortcomings owing to socio-environmental changes. This highlights the relevance of knowledge exchanges from multiple sources, eroding the divide between endogenous and exogenous from the farmers' point of view. For positive exogenously induced socio-technical change to occur, external actors must fully understand the conditions under which (a) endogenous knowledge is produced and reinvented and (b) endogenous innovations flow among farmers. This will then allow the co-production of innovations adapted to each specific agro-ecological, cultural and socio-economic context, leaving them to be further transformed and refashioned by smallholders to meet their individual 'dispositions' and generate the roots necessary for a strong AKIS. Practical implications: This paper highlights the importance of locally embedded processes of learning and innovation, the better understanding of which can provide a more solid basis for the co-production of technologies and the establishment of an AKIS. Theoretical implications: This paper improves understanding of socio-technological change in smallholder agriculture by focusing on endogenous processes of learning and innovation. Originality: This paper advances the knowledge on endogenous processes of learning and socio-technical change in smallholder agriculture.

To advance understanding about the way endogenous knowledge on mangrove swamp rice (MSR) farming is transmitted, reinvented and negotiated between generations and highlight the implications this has for R4D. Long-term qualitative research using an ethnographic approach, technography and biographies of farmers. The endogenous Agricultural Knowledge and Innovation System (AKIS) is dynamic but faces shortcomings owing to socio-environmental changes. This highlights the relevance of knowledge exchanges from multiple sources, eroding the divide between endogenous and exogenous from the farmers' point of view. For positive exogenously induced socio-technical change to occur, external actors must fully understand the conditions under which (a) endogenous knowledge is produced and reinvented and (b) endogenous innovations flow among farmers. This will then allow the co-production of innovations adapted to each specific agro-ecological, cultural and socio-economic context, leaving them to be further transformed and refashioned by smallholders to meet their individual 'dispositions' and generate the roots necessary for a strong AKIS. This paper highlights the importance of locally embedded processes of learning and innovation, the better understanding of which can provide a more solid basis for the co-production of technologies and the establishment of an AKIS. This paper improves understanding of socio-technological change in smallholder agriculture by focusing on endogenous processes of learning and innovation. This paper advances the knowledge on endogenous processes of learning and socio-technical change in smallholder agriculture. [ABSTRACT FROM AUTHOR]

This paper examines the potential effects of agricultural investment on economic outcomes in Guinea-Bissau (2014–2030). Through a dynamic computable general equilibrium (CGE) model, we found that improved agricultural performance will positively impact economic growth, sector output, and job opportunities for rural and urban workers. The decline in food prices will propagate indirect impacts on urban household welfare, while rural households will benefit from direct and indirect effects through the decline in the consumer price index. Poverty alleviation suggests agriculture's crucial role in supporting ongoing industrialization and food security in Africa with attenuated income inequality. [ABSTRACT FROM AUTHOR]

The objective of this work is to develop a simple methodology for high resolution crop suitability analysis under current and future climate, easily applicable and useful in Least Developed Countries. The approach addresses both regional planning in the context of climate change projections and pre-emptive short-term rural extension interventions based on same-year agricultural season forecasts, while implemented with off-the-shelf resources. The developed tools are applied operationally in a case-study developed in three regions of Guinea-Bissau and the obtained results, as well as the advantages and limitations of methods applied, are discussed. In this paper we show how a simple approach can easily generate information on climate vulnerability and how it can be operationally used in rural extension services. [ABSTRACT FROM AUTHOR]