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Analysis of population dynamics of the regional unit of Chania using remote sensing and census data


Paschalina V. PAPANIKOLAOU | Terpsichori K. MITSI Downloads: 131

Corresponding Author Email: linapap27@yahoo.com

Published: 2020/12/16 DOI: https://doi.org/10.48088/ejg.p.pap.11.4.110.125

Open Access

Keywords: Population Density, Location Quotient, Gini Index, Remote Sensing, Built-up Index, Linear Regression


Abstract

Information about the size and the evolution of a place’s population has been sought from ancient times. That kind of information can be secured by periodic census enumerations. The Hellenic Statistical Authority provides data about the population and social conditions, also economical indices for each economic sector and the industrial trade. The study area, the regional unit of Chania, is in the island of Crete and the population resides mostly in the lowlands. In order to study the density, distribution and evolution of the population, many quantitative geographical methods were used, such as the Location Quotient (LQ), the Coefficient of Specialization (CS), the Coefficient of Localization (CL) and the Gini – Hirschman Index. The dataset chosen to execute the models, is derived from the Hellenic Statistical Authority’s website, for the years 2001 and 2011, the most recent census available data and is free of charge. To examine the distribution and the density of the population in accordance with the urban sprawl in the area the results were correlated with remotely sensed image. To do so, the Built – up index was calculated and for each municipality in the county and the mean value was used in a linear regression model with the population. In conclusion, the analysis combines the results of the quantitative methods for the productive sectors, the population density and growth with the urban sprawl, to examine the way the population of the county evolved.

 
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