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首页> 外文会议>Remote sensing for agriculture, ecosystems, and hydrology XIII >Spatial distribution of carbon dioxide absorption and emission in Chungcheongbuk-do, South Korea using RS and GIS method
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Spatial distribution of carbon dioxide absorption and emission in Chungcheongbuk-do, South Korea using RS and GIS method

机译：基于RS和GIS的韩国忠清北道二氧化碳吸收和排放的空间分布

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摘要

Climate change has been an important issue particularly in recent years. Climate change has been reported as a phenomena caused by human activities as identified in the IPCC Fourth Assessment Report (AR4) in 2007, and in order to prevent negative impacts to our planet, conscious efforts to reduce greenhouse gases are necessary worldwide. In addition, Korea's interest in global climate change is growing, hi reality, symptoms of global warming on the Korean Peninsula are visible in the air, on the land and in changes patterns to the normal levels and contents of Korea's oceans. Impacts of global warming result in abnormal temperature fluctuation, typhoons, regional flooding and desertification with such extreme and that are arguably more frequent occurrences of natural disasters quickly becoming a general problem for the community as a whole. On the other hand, the development of IT technology and the improvement and use of satellite technology have ensured better access to RS technique and utilization. Due to RS technology is ability to monitor it has become widely used in fanning applications, environment prediction and planning and ecology studies and analysis. The purpose of this study is to assess emission and absorption in relation to geographical features and to be better able to deliver environment information to produce a spatial map of carbon dioxide in Chungbuk by using RS and GIS with a focus on carbon dioxide emission and its direct absorption caused by tree growth according to energy consumption.
机译：气候变化一直是一个重要问题，尤其是近年来。据报告，气候变化是人类活动引起的一种现象，正如IPCC在2007年的第四次评估报告（AR4）中所指出的那样，为了防止对我们星球的负面影响，在全世界范围内必须有意识地减少温室气体。此外，韩国对全球气候变化的兴趣与日俱增。事实上，朝鲜半岛的全球变暖症状在空中，陆地上以及韩国海洋的正常水平和含量变化模式中都可以看到。全球变暖的影响导致异常的温度波动，台风，区域性洪灾和荒漠化，而且极端自然灾害的发生频率越来越高，这很快成为整个社区的普遍问题。另一方面，IT技术的发展以及卫星技术的改进和使用确保了对RS技术和利用的更好访问。由于RS技术具有监视功能，因此已广泛应用于风扇应用，环境预测和规划以及生态学研究和分析中。这项研究的目的是评估与地理特征有关的排放和吸收，并能够更好地传递环境信息，从而利用RS和GIS来研究忠北的二氧化碳空间图，重点是二氧化碳的排放及其直接排放。根据能源消耗，树木生长引起的吸收。

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