根据ASTER数据的长期最高和最低温度得出的热惯性地质测绘

IF 1.3 4区 工程技术 Q3 ENGINEERING, GEOLOGICAL
Yukie Asano, Y. Yamaguchi, S. Kodama
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引用次数: 0

摘要

热惯性是一种用于表征地质特征的地球物理量。表观热惯性(ATI)是从遥感数据中得出的一个替代量。传统ATI的计算需要在短时间间隔内获取一对白天和晚上的图像,由于轨道限制,卫星遥感通常难以实现这一点。在这项研究中,我们提出了长期ATI(LATI)作为一种新的替代ATI,利用了大型ASTER数据档案。使用美国内华达州Cuprite地区作为试验场地,使用2天内获得的ASTER数据对计算ATI。LATI也是使用更进一步分离的ASTER数据对计算的;2000年8月5日白天和2012年1月12日夜间。选择这些日期是为了表示最高和最低年表面温度。ATI与LATI呈正相关。我们可以得出结论,LATI是有用的,并且优于传统的ATI,因为最高和最低地表温度倾向于收敛于某些值,并且可以用于表征地表地质特征,而受时间大气和环境条件的影响最小。专题集:本文是地球和其他行星遥感现场调查集的一部分,可在以下网站获取:https://www.lyellcollection.org/topic/collections/remote-sensing-for-site-investigations-on-earth-and-other-planets
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Geological mapping by thermal inertia derived from long-term maximum and minimum temperatures of ASTER data
Thermal inertia is a geophysical quantity used to characterize geological features. Apparent Thermal Inertia (ATI) is an alternative quantity to be derived from remotely sensed data. Calculation of the conventional ATI requires acquisition of a pair of daytime and night-time images taken within a short time interval that is often difficult to fulfill by satellite remote sensing due to orbit constraints. In this study, we proposed Long-term ATI (LATI) as a new alternative ATI by taking advantage of the large ASTER data archive. Using the Cuprite area, Nevada, U.S., as a test site, ATI was calculated using an ASTER data pair obtained within 2 days. LATI was also calculated using a much further separated ASTER data pair; daytime on 5 August 2000 and night-time on 12 January 2012. These dates were chosen to represent the maximum and minimum yearly surface temperatures. There was a strong positive correlation between ATI and LATI. We can conclude that LATI is useful and superior to the conventional ATI, because the maximum and minimum land surface temperatures tend to converge on certain values and can be used to characterize surface geological features with minimal effects from temporal atmospheric and environmental conditions. Thematic collection: This article is part of the Remote sensing for site investigations on Earth and other planets collection available at: https://www.lyellcollection.org/topic/collections/remote-sensing-for-site-investigations-on-earth-and-other-planets
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来源期刊
CiteScore
3.40
自引率
14.30%
发文量
66
审稿时长
6 months
期刊介绍: Quarterly Journal of Engineering Geology and Hydrogeology is owned by the Geological Society of London and published by the Geological Society Publishing House. Quarterly Journal of Engineering Geology & Hydrogeology (QJEGH) is an established peer reviewed international journal featuring papers on geology as applied to civil engineering mining practice and water resources. Papers are invited from, and about, all areas of the world on engineering geology and hydrogeology topics. This includes but is not limited to: applied geophysics, engineering geomorphology, environmental geology, hydrogeology, groundwater quality, ground source heat, contaminated land, waste management, land use planning, geotechnics, rock mechanics, geomaterials and geological hazards. The journal publishes the prestigious Glossop and Ineson lectures, research papers, case studies, review articles, technical notes, photographic features, thematic sets, discussion papers, editorial opinion and book reviews.
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