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The onsite cost of gully erosion and cost‐benefit of gully rehabilitation: A case study in Ethiopia
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Citations
24
References
2010
Year
EngineeringLand UseLand RestorationAgricultural EconomicsSoil ConservationLand DegradationGully ErosionSocial SciencesRehabilitation CostsErosion PredictionAfrican DrylandsSustainable AgricultureGeographySoil DegradationSoil ErosionOnsite CostCivil EngineeringNatural Resource ManagementCase StudyAbstract Gully ErosionFarming SystemsSustainable Land-use ManagementNatural Resource EconomicsYield Loss
Abstract Gully erosion often indicates extreme land degradation. In the highlands of Ethiopia, wide and deep gullies are common features, significantly affecting land used for agriculture. However, little action is being taken to address the problem. Where rehabilitation actions in Ethiopia are taking place, they are rarely studied by financially quantifying their costs and benefits. Therefore, this study developed methods of quantifying gully erosion costs and rehabilitation costs and benefits by considering the soil components of four model rehabilitated gullies in Ethiopia. Data were obtained from a physical survey supported by secondary information from relevant agricultural offices. Quantification was achieved by monetizing gully erosion cost through yield loss and gully rehabilitation calculations according to expenditure, while rehabilitation benefits were obtained by monetizing estimated deposited soil nutrients using fertilizer prices. Cost‐benefit values show that investment in gully rehabilitation can be an economically viable proposition in some instances. Stakeholders involved in gully rehabilitation should continue to invest in appropriate techniques of gully rehabilitation and management to ensure continued benefits from rehabilitated gullies and use of surrounding farmlands. Copyright © 2010 John Wiley & Sons, Ltd.
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