Fuelwood value chain analysis in Cassou and Ouagadougou, Burkina Faso: From production to consumption

The majority of households in Burkina Faso, particularly in the rural areas, rely on fuelwood as their main source of energy for cooking and heating. This consumption trend is expected to continue and even increase in the coming years, driven mainly by the population growth. Although sustainable woodfuel management has been considered in the country, pressure on forest resources is continuously increasing, as a result of fuelwood production. In this study, the different processes within the fuelwood value chain (FWVC) were analyzed in the village of Cassou and Ouagadougou, with a survey directed to the FWVC actors (from harvesters to consumers). Social, economic and environmental aspects were considered in the analysis, as well as the legal dimension within the VC. From the analysis, two lines of formality were identified (i.e. formal and informal). Formality varied depending on the location and the process implying also a gender aspect; for instance, all harvesters and most of the collectors (mainly men) in Cassou belonged to associations (formal), while most of the transporters and traders (mainly women) in Ouagadougouwere not part of any association (informal). Fuelwood price fluctuation was also affected by the formality since formal actors followed the official prices while informal ones established the prices freely. Informality also leads to uncontrolled exploitation of forest resources contributing to the forest decline. The present study provides a general overview of the situation in Cassou, a small village in Burkina Faso and suggests that other issues need to be considered to fully assess the sustainability of fuelwood VC in the country and to be able to create strategies and policies to e.g. decrease the negative impact on the environment. Therefore, itwould be most needed to carry out a detailed analysis, involving formality, with all the actors - covering gender issues, processes and flows at a larger scale across different regions. (C) 2017 International Energy Initiative. Published by Elsevier Inc. All rights reserved.