Housing issue in shrinking Russian cities: mapping the reality

• Published in: Abstracts of the ICA
• Main Authors: Batunova, Elena, Gunko, Maria
• Format: Text
• Language: English
• Published: 2019
• Subjects: Apatity; Murmansk; Vorkuta
• Online Access: https://doi.org/10.5194/ica-abs-1-25-2019; https://www.abstr-int-cartogr-assoc.net/1/25/2019/

In Russia, housing issue has been remaining one of the most important political concerns since the beginning of the 20th century. In the recent political discourse, it is associated mainly with the need to provide new housing area and the improvement of housing conditions regardless of the difference in the development of regions or cities. However, the fact that over 70% of Russia’s cities shrink (Batunova and Gunko, 2018) requires developing specific approaches to housing policy’s formulation within depopulating territories. The phenomenon of urban shrinkage is generally understood as population decline which results in physical urban infrastructure surplus & degradation. Dilapidated or abandoned houses become the most evident sign of a city’s decline and one of the most important challenges for the local authorities. However, most examples known from the existing literature come from the countries of Western Europe and the US, where economic factors are the main drivers of urban depopulation. The real estate market reacts to the population decline by falling prices (Follain, 2010), which worsens the economic situation in the city and leads to a vicious circle of economic/population decline. Less is known about what happens with the housing stock of, in words of J. B. Hollander (2018), ‘atypical shrinking cities’, where demographic aspects are the primary causes of depopulation: the excess of mortality over fertility and ageing. Hollander applied the term ‘atypical’ to Japanese shrinking cities, but in Russia, urban shrinkage is also foremost a result of demographic change (Karachurina, 2013). International migration to Russia does not compensate natural population decline, while the national policies are oriented towards promoting growth in large metropolitan areas (Kinossian, 2013) which intensifies internal migration flows from cities which are not the foci of national development. Consequently, for many Russian cities, especially small peripheral ones, urban shrinkage is an inevitable process. Less is known about what happens with the housing stock of, in words of J. B. Hollander (2018), ‘atypical shrinking cities’, where demographic aspects are the primary causes of depopulation: the excess of mortality over fertility and ageing. Hollander applied the term ‘atypical’ to Japanese shrinking cities, but in Russia, urban shrinkage is also foremost a result of demographic change (Karachurina, 2013). International migration to Russia does not compensate natural population decline, while the national policies are oriented towards promoting growth in large metropolitan areas (Kinossian, 2013) which intensifies internal migration flows from cities which are not the foci of national development. Consequently, for many Russian cities, especially small peripheral ones, urban shrinkage is an inevitable process. Against this background our research questions are as follows: What happens to housing stock in shrinking Russian cities? What are the preconditions (tools, regulations) for managing housing stock in shrinking Russian cities: official discourse of urban shrinkage, reaction to the transformation of housing demand-supply, main approaches to manage housing excess? To answer the first question, we turned to cartographic methods of research. The study of housing in selected shrinking cities (Vorkuta, Komi Republic and Apatity, Murmansk region) was based on visualization of statistical information, crowdsourcing of spatial data and visual decoding of remote sensing data, based on the theory of decryption features for the recognition of objects. To interpret high-resolution images direct (geometry, brightness, and structural) and indirect signs were used. The utilized data includes images from WorldView 1/2/3, QuickBird, GeoEye, which are published on the web mapping services of Yandex.Maps, GoogleMaps, BingMaps (Microsoft), ArcGIS.Imagery (ESRI), Roscosmos Geoportal. Maps of scale 1:10000 and 1:100000 became cartographic data sources. For comparison of data on separate structures regional statistical data of BTI (Technical Inventory Bureau) were used, to identify and verify abandoned houses and apartments field observations were also conducted. The main stage of work was the logical organization of data and the development of the geodatabase structure for the future geoinformation analytical system. All presented information is divided into two types: spatial datasets of different geometry (layers) and tabular data with thematic attribute information. This integrated approach to the state of the urban environment has been implemented for the first time in Russia and, supplemented by the capabilities of automatic spatial analysis in GIS, will identify the most ‘acute’ issues for territorial planning and housing management in shrinking cities. In addition, a series of maps were created visualizing housing features and condition which were presented to the local administrations of the case study cities. To answer the second question, we conducted an analysis of the local strategic, planning and policy document as well as interviews with the local stakeholders. The results vary in two cities. While local planning and policy in the realm of housing in Vorkuta are adequate to the identifies housing issues, in Apatity local development plans still serve land provision for the future ‘dreamt’ housing construction, needs of which are calculated based on over-optimistic demographic projections that do not consider the real factors influencing population development.