X' Marks the Spot: Transferring Dig Site Coordinates from Maps to Google Earth

Nicole Jaremco, M. Saraswat, Howard Gibbins, P. Currie, C. Coy
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Abstract

Dinosaur Provincial Park has been a popular site for palaeontological digs for many years. Over time, the many quarries and bone beds uncovered have had their locations marked on large paper topography maps. Unfortunately, many dig sites have been lost due to poor documentation. Some sites have been abandoned for years. The high erosion levels of the park (2 – 4 mm yearly) continually both destroys dig sites and uncovers new fossils. To help recover old, unused dig sites, the coordinates of the sites marked on the old paper maps were uploaded to Google Earth Pro for easy access. Unfortunately, the points had to first be transferred to clear mylar maps, because the original paper maps lacked longitude and latitude measurements. This was accomplished by matching the topography when the scale of the maps differed, and by overlaying the clear maps on the paper maps when they did not. The distance of each point from a line of longitude or latitude was found using a ruler (each mm measured on the map representing 10 m in the park) and used to calculate their coordinates. After the coordinates were found, they were recorded in a Google SpreadSheet. Once this was completed for all 462 points, they were uploaded to Google Earth Pro. The purpose of this project was to provide more easily accessible records of dig sites and prevent further record loss as the old paper maps age and their condition deteriorates. The massive paper maps are unwieldy and impractical to use in the field, and something more compact is needed. Google Earth is easily accessed on a computer or cell phone, and the points will not be lost due to physical damage, degradation, or misplacement of the records. In addition, it takes up far less space in digital form, and thus is better for field work than the original maps.
X'标记现场:从地图到谷歌地球转移挖掘地点坐标
恐龙省立公园多年来一直是古生物学研究的热门地点。随着时间的推移,许多被发现的采石场和骨床都在大型纸质地形图上标注了它们的位置。不幸的是,许多考古遗址由于文献记录不足而丢失。一些遗址已被废弃多年。公园的高侵蚀水平(每年2 - 4毫米)不断地破坏挖掘点和发现新的化石。为了帮助恢复旧的、未使用的挖掘地点,旧纸质地图上标记的地点坐标被上传到谷歌地球专业版,以便于访问。不幸的是,这些点必须首先转移到透明的聚酯薄膜地图上,因为原始的纸质地图缺乏经纬度测量。当地图的比例尺不同时,通过匹配地形,当地图的比例尺不同时,通过将清晰的地图覆盖在纸质地图上,从而实现这一目标。每个点与经度或纬度线的距离使用尺子(在地图上测量每毫米代表公园的10米),并用于计算它们的坐标。找到坐标后,它们被记录在谷歌电子表格中。一旦完成了所有462个点,它们就被上传到谷歌地球专业版。该项目的目的是提供更容易获得的挖掘地点记录,并防止随着旧纸质地图的老化和状况恶化而进一步丢失记录。庞大的纸质地图在野外使用起来既笨重又不实用,需要一些更紧凑的东西。谷歌地球很容易在电脑或手机上访问,而且这些点不会因为物理损坏、退化或记录错位而丢失。此外,它以数字形式占用的空间要小得多,因此比原始地图更适合野外工作。
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