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Developing Canada's National Forest Carbon Monitoring, Accounting and Reporting System to meet the reporting requirements of the Kyoto Protocol.

机译:开发加拿大的国家森林碳监测,会计和报告系统,以满足《京都议定书》的报告要求。

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摘要

The rate of carbon accumulation in the atmosphere can be reduced by decreasing emissions from the burning of fossil fuels and by increasing the net uptake (or reducing the net loss) of carbon in terrestrial (and aquatic) ecosystems. The Kyoto Protocol addresses both the release and uptake of carbon. Canada is developing a National Forest Carbon Monitoring, Accounting and Reporting System in support of its international obligations to report greenhouse gas sources and sinks. This system employs forest-inventory data, growth and yield information, and statistics on natural disturbances, management actions and land-use change to estimate forest carbon stocks, changes in carbon stocks, and emissions of non-CO2 greenhouse gases. A key component of the system is the Carbon Budget Model of the Canadian Forest Sector (CBM-CFS). The model is undergoing extensive revisions to enable analyses at four spatial scales (national, provincial, forest management unit and stand) and in annual time steps. The model and the supporting databases can be used to assess carbon-stock changes between 1990 and the present, and to predict future carbon-stock changes based on scenarios of future disturbance rates and management actions..
机译:可以通过减少化石燃料燃烧产生的排放以及增加陆地(和水生)生态系统中碳的净吸收(或减少净损失)来降低大气中的碳积累速率。 《京都议定书》同时解决了碳的释放和吸收问题。加拿大正在开发国家森林碳监测,核算和报告系统,以支持其报告温室气体源和汇的国际义务。该系统利用森林清单数据,生长和产量信息以及自然干扰,管理措施和土地利用变化的统计数据来估算森林碳储量,碳储量变化和非CO2温室气体的排放量。该系统的关键组成部分是加拿大林业部门的碳预算模型(CBM-CFS)。该模型正在接受广泛的修订,以能够在四个空间尺度(国家,省,森林管理单位和林分)和每年的时间范围内进行分析。该模型和支持数据库可用于评估1990年到现在之间的碳储量变化,并根据未来干扰率和管理措施的情景预测未来的碳储量变化。

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