Title: Impact of traditional soil burning (guie) on Planosol properties and land-use intensification in southwestern Ethiopia
Other Titles: Burning Planosols for Eucalyptus seedbeds
Authors: Mertens, Kewan * ×
Tolossa, Alemayehu Regassa *
Verdoodt, Ann
Dumon, Matthijs
Deckers, Seppe
Van Ranst, Eric #
Issue Date: 2015
Publisher: Published for the British Society of Soil Science by Blackwell Scientific Publications
Series Title: Soil Use and Management vol:31 issue:2 pages:330-336
Article number: 10.1111/sum.12182
Abstract: In the Gilgel Gibe catchment in Ethiopia, local farmers intensify the land use on Planosols by adjusting a traditional soil burning practice known as guie. The burning practice used to be applied in a cycle of shifting cultivation. However, more recently, farmers burn small plots to make fertile seedbeds for Eucalyptus seedlings in the first year before these trees are transplanted to larger plots. The purpose of this research is to assess the physico-chemical properties of Planosols that have been subjected to burning over the last 10 years and evaluate the contribution of guie to land-use intensification of these soils. Transect studies and interviews of local farmers, followed by chemical, physical and micromorphological analyses of samples from selected plots were used to compare the soil properties of recently (0-2 years) and formerly (3-10 years) burnt Planosols with those of unburnt Planosols. The analytical results show that the burning practice improved the nutrient availability in the first two years after guie. Increased amounts of exchangeable aluminium (Al) were reported in the long term. Charge fingerprints illustrate that the nutrient buffering capacity of the soil was high shortly after the practice, but subsequently decreased with time. Given the population pressure on the formerly extensively used Planosols, it is argued that the current application of guie on small, localised plots for raising Eucalyptus seedlings is well adapted to the local socio-economic context and promotes land-use intensification on the Planosols. The increased exchangeable Al content of former Eucalyptus seedbeds merits further in-depth research into the biophysical sustainability of the burning practice.
ISSN: 0266-0032
Publication status: published
KU Leuven publication type: IT
Appears in Collections:Division Soil and Water Management
Division of Bioeconomics
* (joint) first author
× corresponding author
# (joint) last author

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