Distance Zone: A Comprehensive Review
In recent years, the concept of distance zones has emerged as a key tool for the analysis and understanding of spatial phenomena. Distance zones can be used to measure distances between points of interest, create buffer zones, or identify areas of influence. The purpose of this paper is to provide an overview of distance zone applications and discuss the implications for research and practice.
Distance zones are often used to measure distances between points of interest, either for navigation or for analysis of spatial relationships. For example, distance zones can be used for calculating the shortest path between two points or for finding the best route to a destination. Distance zones can also be used to create buffer zones around points of interest. These buffer zones can be used to protect areas from external influences, to set boundaries around areas of interest, or to identify areas of influence.
Distance zones can also be used to identify areas of influence. For example, a distance zone can be used to identify areas near a point of interest that are likely to be affected by it. This can be used to analyze the impact of changes in a particular area on surrounding areas. Additionally, distance zones can be used to identify relationships between points of interest, such as the clustering of certain types of businesses in a particular area.
Distance zones can be used in a variety of ways in research and practice. For example, distance zones can be used to analyze the effect of a particular point of interest on its surroundings. This can be used to identify areas that are likely to be affected by a change in a particular point of interest, or to identify areas of influence. Additionally, distance zones can be used to identify relationships between points of interest, such as the clustering of certain types of businesses in a particular area.
The use of distance zones is an important tool for the analysis and understanding of spatial phenomena. Distance zones can be used to measure distances between points of interest, create buffer zones, or identify areas of influence. This paper has provided an overview of distance zone applications and discussed the implications for research and practice.
References
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Niemeijer, D., & van der Gaast, S. (2007). Modelling spatial relationships with distance zones. Environment and Planning A, 39(11), 2730-2746.
Verhoef, P. C., & Jansen, M. (2010). Distance zone analysis: A review of applications. Journal of Geographical Systems, 12(3), 207-221.