WIT Press


Looking At Urban Regeneration From The Viewpoint Of Urban Safety: Istanbul’s Crime Areas

Price

Free (open access)

Paper DOI

10.2495/SC080551

Volume

117

Pages

12

Page Range

579 - 590

Published

2008

Size

899 kb

Author(s)

P. Ozden

Abstract

In today’s metropolitan cities, urban crimes are increasing continuously. The growth of urban economies are becoming more and more a disadvantage of the cities and, as a result thereof, the occurrence of urban poverty and the rapid increase in the ratio of such poverty plays the most important role in the increase of urban crime. Thus, every day many more urban people become the target and victim of various urban crimes. Today, more than half of all crimes in Turkey are committed in Istanbul. This percentage increased steadily within the past years. There is no doubt that urban decay and the deprived areas within the city played a great role in the increase of crimes. Particularly the urban decay processes experienced in various regions of the city prepare the basis for crime. In this study, the crime phenomenon in the districts of Beyoğlu and Ümraniye, the districts with the highest crime ratio within the metropole city of Istanbul, will be analyzed using social, demographical, locational and criminological data, overlapping the socio-economic data with the locational data. The study will also be supported with the results of a similar study performed previously on the districts of Fatih and Üsküdar. Keywords: urban regeneration, urban safety, urban decay, deprivation areas. 1 Introduction Urban security has been a matter of interest not only for police forces but also for town planners since the 1950’s. The inequalities in income distribution, internal migration and problems of urbanization caused by migration, unfair spatial sharing, relative social deprivation and disintegration in the city, directly affect the society and urban landscape and create a suitable background for crime.

Keywords

urban regeneration, urban safety, urban decay, deprivation areas.