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Spectral measurements over test site 'Novi Iskar' for creating a specific data base

机译:通过测试站点的“Novi Iskar”的光谱测量,用于创建特定数据库

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The authors aim to present the collecting of in-situ spectral data for filling in a thematic database of Earth observation as a part of joint project. In-situ spectrometric measurements were made for acquiring spectral data of the rock samples during and after a field campaign in the selected test site. The selected test points are around the town of Novi Iskar where space test site "Novi Iskar" is established. The related land covers in the studied area will also be taken into account in the analysis of satellite images of the region. These in-situ measurements are part of an integrated system for remote sensing and ground-based observations and in line with Copernicus In-Situ Component. In-situ spectrometric measurements have potential for long-term practical application to verify data, which increases their accuracy. Filling in the thematic database for monitoring over test site with the collecting spectral and ancillary data leads to an optimal correlation between the different methods of studying the different types of land covers, increases the effectiveness of scientific investigations in the field of Earth remote sensing, creates synergy between different scientific fields and helps to share information between researchers from different areas of scientific and practical interest. The team is developing a data base structure which is going to be available through SRTI-BAS website. The data base is going to include information about specific spectral properties of the studied objects in the test site. This work is supported by "National Science Fund" in Bulgaria under Contract number KP-06-M27/2.
机译:作者旨在展示用于填充地球观察的主题数据库的原位光谱数据作为联合项目的一部分。在所选测试站点中的场运动期间和之后,对原位光谱测量进行了用于获取岩石样本的光谱数据。所选测试点位于Novi Iskar镇周围,其中建立了空间测试网站“Novi Iskar”。在该地区的卫星图像分析中,还将考虑研究区域中的相关土地覆盖。这些原位测量是用于遥感和基于地面观测的集成系统的一部分,并与哥白尼原位组件一致。原位光谱测量值具有长期实际应用的可能性,以验证数据,这增加了其准确性。填写主题数据库以进行对测试站点的监测,通过收集频谱和辅助数据导致不同类型的土地覆盖物的不同方法之间的最佳相关性,提高了地球遥感领域科学调查的有效性不同科学领域之间的协同作用,有助于分享来自科学和实践兴趣不同领域的研究人员之间的信息。该团队正在开发一种数据库结构,可通过SRTI-BAS网站提供。数据库将包括有关测试站点中研究的特定频谱属性的信息。在合同号KP-06-M27 / 2下保加利亚的“国家科学基金”支持这项工作。

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