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  • Managing fire regimes in no...
    Russell-Smith, Jeremy; Cook, Garry D; Cooke, Peter M; Edwards, Andrew C; Lendrum, Mitchell; Meyer, CP (Mick); Whitehead, Peter J

    Frontiers in ecology and the environment, August 2013, Letnik: 11, Številka: s1
    Journal Article

    Savannas constitute the most fire-prone biome on Earth and annual emissions from savanna-burning activities are a globally important source of greenhouse-gas (GHG) emissions. Here, we describe the application of a commercial fire-management program being implemented over 28 000 km 2 of savanna on Aboriginal lands in northern Australia. The project combines the reinstatement of Aboriginal traditional approaches to savanna fire management - in particular a strategic, early dry-season burning program - with a recently developed emissions accounting methodology for savanna burning. Over the first 7 years of implementation, the project has reduced emissions of accountable GHGs (methane, nitrous oxide) by 37.7%, relative to the pre-project 10-year emissions baseline. In addition, the project is delivering social, biodiversity, and long-term biomass sequestration benefits. This methodological approach may have considerable potential for application in other fire-prone savanna settings.