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Digital Tools for Collection, Promotion and Visualisation of Geoscientific Data: Case Study of Seguret Valley (Piemonte, NW Italy)

机译:收集,促进和可视化地球科学数据的数字工具:Seguret谷案例研究(意大利西北部的皮蒙特)

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摘要

The work presented here forms part of a cultural and scientific context for the continuous improvement of computer sciences to support geological and geomorphological research, by allowing the development and application of specific tools and innovative methodologies. Cooperation between the Regional Museum of Natural Sciences of Torino and the Department of Earth Sciences of the University of Torino has facilitated the development and implementation of a methodology aimed at the identification and evaluation of the geological and geomorphological heritage of the Piemonte region. The methodological steps applied are described in full in a case study of Seguret Valley (Piemonte, NW Italy). The employment of geomatic tools, such as digital photogrammetry, geographical information systems (GIS) and global navigation satellite system (GNSS), has allowed the production of a geomorphological map of the area and the identification, listing and selection of the most representative and important sites. Terrestrial laser scanner (LiDAR), although currently used for demonstration purposes, has the potential to be used in the identification of potential risks associated with the enjoyment of the site by the public.WebMapping tools based on GoogleMaps? architecture have also been set up for the web dissemination of geoscientific information—appropriately simplified without prejudicing accuracy—in enable as broad an audience as possible to be reached.
机译:通过允许开发和应用特定工具和创新方法,此处介绍的工作构成了文化和科学背景的一部分,用于不断改进计算机科学以支持地质和地貌学研究。都灵自然科学博物馆地区与都灵大学地球科学系之间的合作促进了旨在确定和评估皮埃蒙特地区地质和地貌遗产的方法的开发和实施。在Seguret Valley(意大利西北部Piemonte)的案例研究中全面介绍了所采用的方法步骤。借助数字摄影测量,地理信息系统(GIS)和全球导航卫星系统(GNSS)等地理工具,可以绘制该区域的地貌图,并确定,列出和选择最具代表性和重要意义的地图。网站。地面激光扫描仪(LiDAR)尽管目前用于演示目的,但有潜力用于识别与公众使用该网站有关的潜在风险。基于GoogleMaps的WebMapping工具?还建立了用于通过网络传播地球科学信息的体系结构(在不影响准确性的情况下进行了适当简化),以尽可能扩大受众范围。

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