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A systematic review of soil carbon management in Australia and the need for a social-ecological systems framework

机译:对澳大利亚土壤碳管理的系统评价以及对社会生态系统框架的需求

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Research efforts, on soil carbon management in agricultural lands, over the last two decades have sought to improve our understanding in order to increase soil productivity, soil carbon sequestration and to offset greenhouse gas emissions. This systematic review aims to identify the research gaps and future direction of soil carbon management in Australia. We explored and synthesized the use of social-ecological systems (SES) both in the global and Australian context, before making the first attempt to develop a conceptual SES framework for soil carbon management. Both quantitative and qualitative assessment of articles were used to identify and synthesise research trends, challenges and opportunities for improved soil carbon management. The results provide valuable insight into the SES components examined, the research gaps and the methodological challenges for research into soil carbon management conducted over the last two decades. The review revealed that research has predominately focused on the ecological component of soil carbon management in agricultural practices and has been conducted from a scientist's perspective. The sustainability of carbon-building soil management practices will require integration of social components into future research, particularly from a farmer perspective. The proposed conceptual SES framework is designed to identify and investigate SES components in soil carbon management in order to increase the process of offsetting greenhouse gas emissions as required by Sustainable Development Goals 2, 13 and 15.
机译:在过去的二十年中,有关农业土地土壤碳管理的研究工作试图增进我们的理解,以提高土壤生产力,固碳并抵消温室气体的排放。本系统综述旨在确定澳大利亚土壤碳管理的研究差距和未来方向。在首次尝试开发用于土壤碳管理的概念性SES框架之前,我们在全球和澳大利亚背景下探索并综合了社会生态系统(SES)的使用。文章的定量和定性评估都用于识别和综合研究趋势,挑战和改善土壤碳管理的机会。结果为过去二十年来进行的土壤碳管理研究提供了宝贵的见解,包括所检查的SES成分,研究差距和方法挑战。审查表明,研究主要集中在农业实践中土壤碳管理的生态成分上,并且是从科学家的角度进行的。碳建筑土壤管理实践的可持续性将需要将社会因素纳入未来的研究,尤其是从农民的角度来看。提议的概念性SES框架旨在识别和调查土壤碳管理中的SES组成部分,以按照可持续发展目标2、13和15的要求增加抵消温室气体排放的过程。

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