This article deals with methodological issues connected with least-cost path (LCP) calculations in archaeology. The number of LCP studies in archaeology has increased rapidly during the last couple of years, but not all of the approaches applied are based on an appropriate model and implementation. Many archaeologists rely on standard GIS software with default settings for calculating LCPs and are not aware of possible alternatives and the pitfalls that are described in this article. After briefly introducing the aims and applications of LCP methods in archaeology, LCP algorithms are discussed. The outcome of the LCP calculations depends not only on the algorithm but also on the cost model, which often includes several cost components. ...
Figure 1. Terrain with path comparisons. The shortest path is shown in red while the energetically l...
International audienceThe explosion of medium and long-distance contacts at the end of the Iron Age ...
Figure 1. Terrain with path comparisons. The shortest path is shown in red while the energetically l...
The application of least-cost analysis (LCA) in archaeology has considerably increased in recent yea...
Due to the proliferation of Geographic Information Systems (GIS) software and the improvement of gra...
Least-cost path (LCP) calculations have become a standard procedure in archaeology and this is why m...
Recent changes in climate have led to an increased exposure of glacial archaeological artefacts due ...
Least Cost Path (LCP) analysis allows a user to define a cost parameter through which cost of moveme...
The incorporation of geospatial technologies in archaeology has resulted in productive advances in t...
AbstractThe movement of past peoples in the landscape has been studied extensively through the use o...
Least cost path analysis allows calculating the most cost-efficient way to reach a specific destinat...
The movement of past peoples in the landscape has been studied extensively through the use of Least ...
This is the final version. Available on open access from Ubiquity Press via the DOI in this recordLe...
Within the framework of the Excellence Cluster Topoi, a fruitful interdisciplinary debate on space ...
The use of GIS tools to explore questions related to movement in archaeological contexts has been co...
Figure 1. Terrain with path comparisons. The shortest path is shown in red while the energetically l...
International audienceThe explosion of medium and long-distance contacts at the end of the Iron Age ...
Figure 1. Terrain with path comparisons. The shortest path is shown in red while the energetically l...
The application of least-cost analysis (LCA) in archaeology has considerably increased in recent yea...
Due to the proliferation of Geographic Information Systems (GIS) software and the improvement of gra...
Least-cost path (LCP) calculations have become a standard procedure in archaeology and this is why m...
Recent changes in climate have led to an increased exposure of glacial archaeological artefacts due ...
Least Cost Path (LCP) analysis allows a user to define a cost parameter through which cost of moveme...
The incorporation of geospatial technologies in archaeology has resulted in productive advances in t...
AbstractThe movement of past peoples in the landscape has been studied extensively through the use o...
Least cost path analysis allows calculating the most cost-efficient way to reach a specific destinat...
The movement of past peoples in the landscape has been studied extensively through the use of Least ...
This is the final version. Available on open access from Ubiquity Press via the DOI in this recordLe...
Within the framework of the Excellence Cluster Topoi, a fruitful interdisciplinary debate on space ...
The use of GIS tools to explore questions related to movement in archaeological contexts has been co...
Figure 1. Terrain with path comparisons. The shortest path is shown in red while the energetically l...
International audienceThe explosion of medium and long-distance contacts at the end of the Iron Age ...
Figure 1. Terrain with path comparisons. The shortest path is shown in red while the energetically l...