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首页> 外文会议>International Conference on Informatics for Environmental Protection(ENVIROINFO IENNA 2002) pt.2; 20020925-20020927; Vienna; AT >Verification of Land-use, Land-use Change and Forestry Activities as Specified by the Kyoto-Protocol: the Role of Remote Sensing and GIS within a Scientific Verification Concept
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Verification of Land-use, Land-use Change and Forestry Activities as Specified by the Kyoto-Protocol: the Role of Remote Sensing and GIS within a Scientific Verification Concept

机译：《京都议定书》规定的土地利用，土地利用变化和林业活动的核查：遥感和GIS在科学核查概念中的作用

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摘要

Every international treaty requires a solid solution on verification (Cooper, 2000). Currently for the verification of the Kyoto reports it is suggested that countries that are parties to the protocol submit baseline data and their inventory mechanisms for external review. However, only independent observations can lead to meaningful verification. Particularly Europe, with a leading role in the post-Kyoto negotiations, should further strengthen its position by establishing an autonomous European verification capacity of potential global outreach. This paper presents the key elements pertaining to a solid Scientific Verification Concept (SVC) and, based on this, further highlights the use of remote sensing and GIS for a cost-efficient, practical independent mechanism to verify Kyoto Land Use, Land Use Change and Forestry (LULUCF) activities.
机译：每一项国际条约都要求有一个可靠的核查解决方案（Cooper，2000）。目前，为了核查《京都议定书》报告，建议该议定书缔约方的国家提交基准数据及其清单机制，以供外部审查。但是，只有独立的观察才能导致有意义的验证。特别是在后京都谈判中发挥领导作用的欧洲，应通过建立对潜在的全球影响力的自主欧洲核查能力，进一步加强其地位。本文介绍了与扎实的科学验证概念（SVC）有关的关键要素，并在此基础上进一步强调了使用遥感和GIS作为一种经济有效的实用独立机制来验证《京都议定书》的土地用途，土地用途变更和林业（LULUCF）活动。

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