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APPLICATION OF GIS AND REMOTE SENSING TECHNOLOGIES FOR ASSESSING CO_2 CAPTURE AND TRANSMISSION

机译:GIS和遥感技术在评估CO_2捕获和传输中的应用

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Among the most important initiatives being implemented by the Ukrainian Land and Resource Management Center (ULRMC), those related to the studies of carbon balance are prioritized in Ukraine in view of recent ratification of the Kyoto Protocol. Satellite imagery is widely applied for determining interactions between carbon cycle, land cover/ land use change and climate variability. Remote sensing is a highly efficient tool for studying impacts on carbon cycle changes, particularly for fire monitoring, detecting and assessing burned areas, estimating forest cover and differentiating forest types, as well as defining changes in land use. Monitoring and assessing the movement of carbon dioxide (CO2) into and out of the atmosphere is important for understanding carbon sinks and sources. The mathematical models informed by RS data are applied to estimate the total amount of carbon release and subsequent loss of carbon sequestration capacity. Ongoing researches are aimed at promoting the RS application in Ukraine for assessing the impacts of land cover/ land use change on the carbon cycle, as driven by economic conditions and the governmental policy, and as consistent with international commitments such as the Kyoto Protocol.
机译:在乌克兰土地和资源管理中心(ULRMC)实施的最重要举措中,据近期批准了京都议定书,乌克兰优先于乌克兰与碳余额研究有关的举措。卫星图像广泛应用于确定碳循环之间的相互作用,陆地覆盖/土地利用变化和气候变异性。遥感是一种高效的工具,用于研究对碳循环变化的影响,特别是对于火灾监测,检测和评估燃烧区域,估算森林覆盖和区分林类型,以及定义土地利用的变化。监测和评估二氧化碳(CO2)进出气氛的运动对于了解碳汇和来源是重要的。 RS数据通知的数学模型用于估计碳释放总量和随后的碳封存能力损失。正在进行的研究旨在促进乌克兰的RS申请,以评估土地覆盖/土地利用变化对碳周期的影响,如经济状况和政府政策所驱动,以及与京都议定书等国际承诺一致。

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