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Modeling distance with time in ancient Mediterranean seafaring: A GIS application for the interpretation of maritime connectivity

机译:古代地中海航海中随时间的距离建模:GIS应用程序用于解释海洋连通性

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Investigations of Mediterranean connectivity have increasingly turned toward maritime landscape models to frame questions of seaborne exploration, marine resource exploitation, trade and exchange, and seafaring culture. Environmental and technological parameters are consistently acknowledged as crucial for understanding when and why different relationships developed across the sea, but their formal employment in the modeling and interpretation of maritime space remains quite limited. The methodology outlined here utilizes Geographic Information Systems (GIS) to integrate environment and technology as analytical tools for exploring the complexity of seaborne connectivity. Focusing on sailing days as practical units of distance and using an Archaic Greek shipwreck off Turkey as a case study, this preliminary model demonstrates how a more nuanced spatial approach can inform the human geography and socioeconomic structures of ancient maritime interaction.
机译:对地中海连通性的研究已经越来越多地转向海洋景观模型,以构筑海上勘探,海洋资源开发,贸易和交换以及航海文化的问题。人们始终认为,环境和技术参数对于理解何时以及为何在海上形成不同的关系至关重要,但是它们在海上空间建模和解释中的正式应用仍然十分有限。本文概述的方法论利用地理信息系统(GIS)将环境和技术集成为分析工具,以探索海上连通性的复杂性。该初步模型将航行天数作为距离的实际单位,并以土耳其附近的古希腊沉船为案例研究,证明了更细致入微的空间方法如何为古代海上相互作用的人文地理和社会经济结构提供信息。

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