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首页> 外文会议>Geothermal Resources Council Annual Meeting >Conceptualization and Implementation of A Tectonic Geomorphology Study for Geothermal Exploration in the Great Basin, U.S.A.
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Conceptualization and Implementation of A Tectonic Geomorphology Study for Geothermal Exploration in the Great Basin, U.S.A.

机译：大盆地地热勘探构造地貌研究的概念化与实施。

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Characterization of tectonic extension and extensional faulting ing in the Great Basin, U.S.A. has been identified as a priority for geothermal exploration. Geomorphometry can be used to characterize extension rates through the quantification of tectonically induced landforms. A number of geomorphometry-based studies, within the context of tectonic geomorphology, have shown the usefulness of this type of analysis in characterizing tectonic extension, although generally at a regional scale. This paper discusses the conceptualization and implementation of geomorphometric methodologies, as applied to three classes of tectonically induced landforms, to develop local indices of uplift and extension. This is being accomplished with custom GIS embedded morphometric algorithms applied to measurements taken from remotely sensed imagery. Metrics produced from this analysis will be further assessed for ancillary morphologic controlling factors, such as lithology, climate, and time, using multivariate analysis. It is anticipated that the methodologies resulting from this work will be applicable across the entire Great Basin.
机译：大盆地的构造延伸和延伸断裂的特征，已被确定为地热勘探的优先事项。地理形状可以用于通过量化诱导地形的量化来表征扩展速率。在构造地貌的范围内，基于地形术的研究已经示出了这种类型分析在表征构造延伸时的有用性，尽管通常以区域规模。本文讨论了地形化方法的概念化和实施，适用于三类构造诱导地貌，开发隆起和延伸的局部指标。这是通过应用于从远程感测图像所采取的测量来实现的定制GIS嵌入式形态算法。从该分析中产生的指标将进一步评估使用多元分析的辅助形态控制因子，例如岩性，气候和时间。预计这项工作产生的方法将适用于整个大盆地。

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