The data and methods described were used to identify charcoal hearths on the Blue Mountain of eastern Pennsylvania. The data is derived from openly available LiDAR data and was modified using LASTools. This data was used to develop a methodology for the identification of charcoal hearths via a digital elevation model, a hillshade model and a slope analysis. This enabled the identification of 758 potential charcoal hearths. Data and detailed methods description are stored in Open Context and Zenodo. The technique used to produce this data has very high reuse potential since the tools employed are all open source and LiDAR data is often openly available for many states within the US, as well as other countries. An article for the journal, Historical Archaeology, that argues for openness in historical archaeology and utilizes this data has been published recently [1]. Funding statement: The work completed by Heather Lash was directly funded by the Office of the Provost of Muhlenberg College. Training (see acknowledgements) was funded through the National Endowment for the Arts and the National Science Foundation.

中文翻译：

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“使用开放数据和工具识别景观变化：宾夕法尼亚州蓝山的木炭壁炉”的数据

所描述的数据和方法用于识别宾夕法尼亚州东部蓝山的木炭炉膛。数据来自公开可用的LiDAR数据，并使用LASTools进行了修改。该数据用于开发一种通过数字高程模型，山体阴影模型和坡度分析识别木炭炉膛的方法。这样就可以识别758个潜在的木炭壁炉。数据和详细的方法描述存储在Open Context和Zenodo中。产生这种数据的技术具有很高的重用潜力，因为所使用的工具都是开源的，并且LiDAR数据通常可在美国以及其他国家/地区的许多州公开使用。该杂志的文章《历史考古》，主张历史考古学是开放的，并利用这些数据的文献最近已经发表[1]。资助声明：希瑟·拉什（Heather Lash）完成的工作直接由穆伦贝格学院教务长办公室资助。培训（见认可）由国家艺术基金会和国家科学基金会资助。