A model for municipal cadastre through a statistical process within an environment of GIS

Authors

  • Apostolos Arvanitis
  • Peristera Lafazani
  • Symeon Misirloglou

DOI:

https://doi.org/10.26253/heal.uth.ojs.aei.2010.233

Keywords:

Municipal Cadastre, Municipal property, Real estate, Statistical analysis, Geographical Information Systems (GIS)

Abstract

The main subject matter of this work is to research a Municipal Cadastre model which uses statistical analysis in order to form that kind of model. The method of multiple linear regression helps to analyze the relation between a quantitative variable (dependent) and a number of interpretive ones (independent).

With the aid of statistical software (SPSS), "Stepwise" Multiple Linear Regression has been used to determine a model which will use the analytical procedures of a Municipal Cadastre (MC) in the most correct and scientific way. This model has the above variables, namely: Investigation of Ownership issues; Supply of data/Service to Local Administration Authorities in relation to spatial and descriptive information; Financial Backing; Investigation and Resolution of Legal issues; Setting of Technical Specifications.

The positive correlation of these variables with the independent variable means that a positive increase of values in the above independent variables has a positive effect on the dependent variable (Municipal Cadastre). Therefore, the above variables showing a positive correlation to the Municipal Cadastre must exist (with the coefficients resulting from the linear regression equation) for a Municipal Cadastre to exist.

At the end, a Geographic Information System (GIS - ArcGIS, ver. 9.3.1) was used in order to get a better visualization of the statistical results.

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Published

2010-11-01

How to Cite

Arvanitis Α., Lafazani Π., & Misirloglou Σ. (2010). A model for municipal cadastre through a statistical process within an environment of GIS. Aeihoros: Essays on Spatial Planning and Development, (14), 30–63. https://doi.org/10.26253/heal.uth.ojs.aei.2010.233