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The Efficacy of the Soil Conservation Technologies Adopted in Mountain Agro-Ecosystems in Uganda

The Efficacy of the Soil Conservation Technologies Adopted in Mountain Agro-Ecosystems in Uganda

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dc.contributor.author Nabalegwa Wambede Muhamud
dc.contributor.author Asaba Joyfred
dc.date.accessioned 2021-01-10T11:55:44Z
dc.date.available 2021-01-10T11:55:44Z
dc.date.issued 2019
dc.identifier.issn 16102002
dc.identifier.issn 16102010
dc.identifier.uri https://combine.alvar.ug/handle/1/49150
dc.description.abstract This study examined the efficiency of soil conservation practices, under current cropping systems in Kasese district, Mt. Rwenzori. A longitudinal transect design was used in this study. Transects of 100 m wide were drawn on 6 selected ridges, within which 102 peasant farms with different conservation technologies were selected. The severity of erosion on the selected farms, assessed from the areal extent of physical erosion indicators, was used to determine the efficiency of the soil conservation technologies in controlling erosion. The results indicate that terracing, found on 57.8% of the selected peasant farms, was the most dominant soil conservation practice on the Rwenzori Mountain slopes, followed by trash bunds, water diversion channels, water collection ditches, and mulching. It was, however, evident that despite the adoption of soil conservation practices by some farmers, soil erosion remained high, especially on farms where one conservation practice was solerly used. It is therefore recommended that a more comprehensive soil conservation strategy, involving the use of agronomic soil management and mechanical methods of soil conservation, be emphasized in the Rwenzori highlands.
dc.publisher Springer International Publishing
dc.relation.ispartof Climate Change Management
dc.title The Efficacy of the Soil Conservation Technologies Adopted in Mountain Agro-Ecosystems in Uganda
dc.type book chapter
dc.identifier.doi 10.1007/978-3-030-12974-3_7
dc.identifier.mag 2946304766
dc.identifier.lens 055-471-521-383-737
dc.identifier.spage 145
dc.identifier.epage 166
dc.subject.lens-fields Soil conservation
dc.subject.lens-fields Ecosystem
dc.subject.lens-fields Erosion
dc.subject.lens-fields Cropping
dc.subject.lens-fields Mulch
dc.subject.lens-fields Peasant
dc.subject.lens-fields Environmental science
dc.subject.lens-fields Agroforestry
dc.subject.lens-fields Transect
dc.subject.lens-fields Soil management


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