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Historical cartographic and topo-bathymetric database on the French Rh?ne River (17th–20th century)

机译:法国Rh的历史制图和Topo-Bathymetric数据库?Ne River(17世纪)

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Space and time analyses of channel changes, especially within large rivers subject to high levels of human impact, are critical to address multiple questions about rivers in the Anthropocene era. The reconstruction of long-term ( ?150?year) evolutionary trajectories permits an understanding of how natural and anthropogenic factors impact hydromorphological and ecological processes in rivers, helps with the design of sustainable management and restoration options, and may also help in the assessment of future changes. However, the reconstruction of channel changes can be challenging: historical data are often scattered across many archives, and the quantity and accuracy of information generally decreases as one goes back in time. This data article provides a historical database of 350 cartographic and topo-bathymetric resources on the French Rh?ne River (530?km in length) compiled from the 17th to mid-20th century, with a temporal focus prior to extensive river training (1860s). The data were collected in 14 national, regional, and departmental archive services. A table describes the properties of each archived data item and its associated iconographic files. Some of the historical maps are available in a georeferenced format. A GIS layer enables one-click identification of all archive data available for a given reach of the French Rh?ne River. This database provides substantial new material for deeper analyses of channel changes over a longer time period and at a finer time step compared with previously available data. The database has several potential applications in geomorphology, retrospective hydraulic modelling, historical ecology, and river restoration, as well as permitting comparisons with other multi-impacted rivers worldwide. The dataset is available at https://doi.org/10.1594/PANGAEA.922437 (Arnaud et al., 2020a). Iconographic extracts of the 350 archived items are available at http://photo.driihm.fr/index.php/category/52 (last access: 2?May?2021).
机译:渠道变化的空间和时间分析,特别是在高水平的人类影响,对大河流影响的大河内,对于解决人类时代的河流的多个问题至关重要。长期(& 150?一年)进化轨迹的重建允许了解自然和人为因素如何影响河流中的水样和生态过程,有助于可持续管理和恢复选择,也可能有助于评估未来的变化。然而,频道变化的重建可能是有挑战性的:历史数据通常分散在许多档案中,并且信息的数量和准确性通常会随着时间的推移而减少。此数据文章提供了350个历史数据库,在法国RH上的350个发言人和Topo-Bathymetric资源,从17日到20世纪中期汇编,在广泛的河流训练前,临时焦点(1860年代)。该数据在14项国家,区域和部门档案服务中收集。表描述了每个存档数据项及其关联的图标文件的属性。一些历史地图以地理学的格式提供。 GIS层使一键标识为法国RH的给定范围的所有存档数据的识别,可以获得任何可用的归档数据。该数据库提供了大量的新材料,用于在更长的时间段内更深入地分析通道变化,并且与先前可用的数据相比更精细的时间步骤。该数据库在地貌,回顾性液压建模,历史生态和河流修复中有几种潜在的应用,以及允许与全球其他多影响的河流进行比较。数据集可在https://doi.org/10.1594/pangaea.922437(Arnaud等,2020A)上获得。 350存档项目的图标提取物可在http://photo.driihm.fr/index.php/category/52上获得(上次访问:2?5月?2021)。

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