Abstract
Fear of an upcoming woodfuel crisis caused by increasing woodfuel consumption in Bamako has had great influence on forestry policies aiming to reduce the impacts of urban woodfuel consumption. During the last 20 years, energy gap analyses—the relationship between supply and demand of woodfuels—have been produced by the government of Mali to prove the impacts of woodfuel consumption in Bamako on surrounding woodlands. This study evaluates the methodology and data used to describe this woodfuel crisis through a comparison with regional and historical data. The results of the energy gap analyses are challenged by using different estimates of woody resource availability and woodfuel consumption to create best and worst case scenarios. These show either high surpluses or high deficits with a difference of 2.7 million tons/yr. The woodfuel system of Bamako is highly dynamic and it is very difficult to evaluate its sustainability using a simple methodology such as the energy gap analysis. Trends over the last 20 years show a highly efficient woodfuel system that has adapted to changing circumstances, ensuring a continued affordable woodfuel supply for the urban residents. Better data on the productivity of West African woodlands and urban consumption are needed to avoid misinterpretations of the impacts of woodfuel harvesting on woody resources.
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Notes
Calculated based on the formula: \( {\text{D\% = W\% /(1}} - {\text{W\% /100)}} \). Source: FAO (1993).
Calculated based on the weight given for one stere and for one solid m3.
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Acknowledgements
The authors would like to thank AMADER for providing much helpful information and participating in interviews. Special thanks to Ivan Nygaard, Technical University of Denmark, for help with defining and developing the project idea.
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Hansfort, S.L., Mertz, O. Challenging the Woodfuel Crisis in West African Woodlands. Hum Ecol 39, 583–595 (2011). https://doi.org/10.1007/s10745-011-9417-8
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DOI: https://doi.org/10.1007/s10745-011-9417-8