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Improving carbon sequestration estimation through accounting carbon stored in grassland soil

机译:通过核算草地土壤中储存的碳来改善碳固存估计

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摘要

Based on international guidelines, the elaboration of national carbon (C) budgets in many countries has tended to set aside the capacity of grazing lands to sequester C as soil organic carbon (SOC). A widely applied simple method assumes a steady state for SOC stocks in grasslands and a long-term equilibrium between annual C gains and losses. This article presents a theoretical method based on the annual conversion of belowground biomass into SOC to include the capacity of grazing-land soils to sequester C in greenhouse gases (GHG) calculations. Average figures from both methods can be combined with land-use/land-cover data to reassess the net C sequestration of the rural sector from a country. The results of said method were validated with empirical values based on peer-reviewed literature that provided annual data on SOC sequestration.
机译:根据国际准则,许多国家制定国家碳(C)预算时往往倾向于将放牧土地将C隔绝为土壤有机碳(SOC)的能力。广泛应用的简单方法假设草原的SOC储量处于稳定状态,并且年度C得失之间存在长期平衡。本文提出了一种基于地下生物量每年转换为SOC的理论方法,其中包括在计算温室气​​体(GHG)时将草地土壤的固碳能力。两种方法的平均值都可以与土地利用/土地覆盖数据相结合,以重新评估一国农村部门的净碳固存。根据同行评审文献提供的有关SOC封存的年度数据,使用经验值对上述方法的结果进行了验证。

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