Publication | Open Access
Land degradation control and its global environmental benefits
267
Citations
31
References
2005
Year
EngineeringLand UseSustainable DevelopmentSustainable Land UseClimate PolicyLand DegradationEnvironmental PlanningSocial SciencesLand Degradation ControlEarth System GovernanceNatural Resource PlanningClimate ChangeLand Use PlanningLand DevelopmentGeographyGlobal Change ImpactLand ManagementSustainable Land-use ManagementLand Conservation
Land degradation is a global problem affecting large populations, linked to biodiversity and climate change, yet its messaging has been abused, undermining effective policy responses. The study argues that exploiting synergies among land degradation, biodiversity, and climate change will enhance control effectiveness. The authors employ the DPSIR framework to show how addressing drivers, pressures, states, impacts, and responses can simultaneously tackle land degradation and development challenges such as poverty and food insecurity. Empirical results indicate that targeting the six interlinkages between land degradation, biodiversity, and climate change improves technical outcomes and gains greater acceptance from international financiers and major donors. © 2005 John Wiley & Sons, Ltd.
Abstract Acknowledged by world leaders as a global problem, land degradation has been taken seriously in three ways: its extent and the proportion of the global population affected; international environmental policy responses; and its inter‐relation with other global environmental issues such as biodiversity. Messages about land degradation have, however, suffered from abuses, which have rendered appropriate policy responses ineffective. For control to be effective, the paper argues that the synergies between land degradation and the two other main global environmental change components (biodiversity and climate change) should be more fully exploited. A focus on the interlinkages, of which there are six possible permutations, is fully supported by empirical findings that suggest that land degradation control would not only technically be better served by addressing aspects of biodiversity and climate change but also that international financing mechanisms and the major donors would find this more acceptable. The DPSIR (Driving Force, Pressure, State, Impacts, Response) conceptual framework model is used to illustrate how land degradation control could be more effective, tackling not only the drivers of change but also major developmental issues such as poverty and food insecurity. Copyright © 2005 John Wiley & Sons, Ltd.
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